Atep Nurdjaman™, RAN™ Journal Full Paper http://www.geocities.com/atepnurdjamanchemistry16/RANJOURNALLINK2/RANJournalMain01.htm August 03, 2007

COVER

YOU MISS TO DETERMINED STRUCTURE OF ORGANIC COMPOUND;NATURAL PRODUCT OR SYNTHETIC “MAKED COMPOUND ON PURPOSED”, WHY , BECAUSE YOU MISS IDENTIFIED SMALL PEAKS THAT APPEARS ALWAYS ON EVERY 1H NMR (PROTON NMR) SPECTRUM, THE SMALL PEAKS ALWAYS APPEAR ACCOMPANY EVERY PEAKS (CH3, OH, OCH3, CH2, CH, N, AND ALSO Cl) (Atep Nurdjaman™, Initial AN™, Years 2007-2012 ©)

Dedicated to researchers who has been identified small peaks on 1H NMR and 13C NMR spectra but doesn’t get reasonable explanation for revealed function and how small peaks dealed on structure elucidation. And also dedicated to my family

Published by Atep Nurdjaman™ to Claimed that Theory of Structure Elucidation of Organic Compound Existing Now Has Been Wrong And Mistake(s): Becaused You-Researcher(Founder) Miss Consider Small Peaks that Always Appears With CH3 Peak, OH Peak, OCH3 Peak, CH2 Peak, CH Peak, N Peak, And Also Cl Peak. The Peaks (CH3 Peak, OH Peak, OCH3 Peak, CH2 Peak, CH Peak, N Peak, And Also Cl Peak) Who Appears on 1H NMR Spectrum Has Been Defined Incorrect Becaused Small Peaks Appears As Part of Those are Peaks. The Small Peaks Called As RAN™ or Riket Atep Nurdjaman™ or Riken Atep Nurdjaman™ by me- myself(Atep Nurdjaman™) Who Has Function As Additional Connector Between One Element And Others Beside Existing Hands of Each Elements. The Function of RAN™ As Additional Connector Especially In Term To Explained Theory Connectivity of Element AN, To Explained Theory Connectivity of Structure Organic Compound AN, And Also To Explained Theory Connectivity To Determined Chemical Reaction on Atep Nurdjaman Laws (Chemical Reaction for-on Atep Nurdjaman™). RAN™ DEFINITELY FOUND BY ME_MYSELF-ATEP NURDJAMAN™. ATEP NURDJAMAN™ IS FOUNDER OF RAN™ (RIKE(T or N) ATEP NURDJAMAN™ OR RAN-CONNECTOR HANDS), ATEP NURDJAMAN™ IS FOUNDER OF THEORY CONNECTIVITY OF ELEMENT AN, ATEP NURDJAMAN™ IS FOUNDER OF THEORY CONNECTIVITY OF STRUCTURE ORGANIC COMPOUND AN, ATEP NURDJAMAN™ IS FOUNDER OF THEORY CONNECTIVITY TO DETERMINED CHEMICAL REACTION on ATEP NURDJAMAN LAWS OR FOUNDER OF CHEMICAL REACTION for-on ATEP NURDJAMAN™, AND ALSO ATEP NURDJAMAN™ IS FOUNDER OF EXISTING RAN™ WHO CAN OBSERVED ON 1H NMR SPECTRA EASILY AND ALSO ON OTHERS OF NMR EXPERIMENT THAT SUPPORTED THEORY CONNECTIVITY OF ELEMENT AN, THEORY CONNECTIVITY OF STRUCTURE ORGANIC COMPOUND AN, THEORY CONNECTIVITY TO DETERMINED CHEMICAL REACTION on ATEP NURDJAMAN LAWS OR CHEMICAL REACTION for-on ATEP NURDJAMAN™. LAST BUT NOT LEAST, THIS PUBLICATION IS FIRST PUBLICATION WHO REVEALED COMPLETELY ABOUT RAN™ (RIKE(T or N) ATEP NURDJAMAN™ OR RAN-CONECTOR HANDS), FIRST FOUND OF RAN™ HAS BEEN PUBLICATED PREVIOUSLY ON BOOK AND CD-ROM AND ALSO IN INTERNET BASED ON TITLE Parts of Noble Qur’an on Interpretation Has Mistake Meaning(s) And Also Against Hisself And Others: Probably When Translate To Indonesia From Arab Has Been Wrong (As Compared study becaused others book have same mistake), THE WORD OF RAN™ HAS BEEN PUTTED ON THAT PUBLICATION ON MY BACKGROUND SITE, MORE EXPLANATION OF HUNDREDS OF ORGANIC COMPOUNDS WHO AS FUNDAMENTAL FINDING OF RAN™ WILL PUBLISHED SOON ONE PUBLICATION AT TIME NEARLY IN FUTURE

Author:

Professor. DR (Doctor)™. ATEP NURDJAMAN, SSI Professor of Organic Chemistry or Professor of Chemistry or Professor of Inorganic Chemistry and Doctor of Biology

MANTAN DOSEN UNIVERSITAS PADJADJARAN, SUMEDANG-INDONESIA

IN ADD FORMER LECTURER (TEACHING STAFF-DO LECTURER) ON STATE UNIVERSITY OF PADJADJARAN (STATE U ran or SUP), SUMEDANG-INDONESIA NOW AS RESEARCHER-INDEPENDENT FOR REVEALED UNARRANGED THEORY IN MY FIELDS (ORGANIC CHEMISTRY AND BIOLOGY) AND ALSO REVEALED THE WRONG AND MISTAKE(S) ON MY BIBLE (NOBLE QUR’AN), AND ALSO NOW AS WRITER™

BANDUNG IN WEST OF JAVA PROVINCE I N D O N E S I A

TAHUN 2007 All Right Reserved

To whom correspondent should be addressed to ATEP NURDJAMAN, PROF. DR™, Jl. Cimindi Utara No.45 RT 03 RW 05 Kelurahan 1 Campaka Kecamatan Andir Kodya Bandung 40184-Indonesia Country, Tlp. CodeCountry-22-6079224 TITLE: YOU MISS TO DETERMINED STRUCTURE OF ORGANIC COMPOUND;NATURAL PRODUCT OR SYNTHETIC “MAKED COMPOUND ON PURPOSED”, WHY , BECAUSE YOU MISS IDENTIFIED SMALL PEAKS THAT APPEARS ALWAYS ON EVERY 1H NMR (PROTON NMR) SPECTRUM, THE SMALL PEAKS ALWAYS APPEAR ACCOMPANY EVERY PEAKS (CH3, OH, OCH3, CH2, CH, N, AND ALSO Cl) (Atep Nurdjaman™, Initial AN™, Years 2007-2012 ©)

THESE: 2 (TWO) PEAKS OF CH3 ACCOMPANIES 4 SMALL PEAKS DOUBLET

AND ALSO OTHERS, PEAK OF OH, PEAK OF OCH3, PEAK OF CH2, PEAK OF CH, PEAK OF N, AND PEAK OF Cl

If we observed the peaks each in 1H NMR graph or spectrum we can found many peaks always accompanied by small peaks just like in picture above, that tell about peaks of CH3 accompanies by small peaks in left side of CH3 peaks and also right side of CH3. In that picture we can saw that theres 4 small peaks doublet, these 4 small peaks is belong of 2 CH3 peaks, so each CH3 peaks always accompany by 2 small peaks, why, becaused that small peaks is part of CH3 peaks in shape feature doublet.

CONTRA FACT: THE TECHNICIAN THINK THAT SMALL PEAK IS SPINNING SIDE BANDS WHO RAISED BECAUSE INHOMOGENEITIES IN MAGNETIC FIELD AND ALSO BECAUSE INHOMOGENEITIES IN SPINNING TUBE. TECHNICIAN SAY THAT SMALL PEAKS ALWAYS APPEARS SYMMETRICALLY TO THE STRONG ABSORPTION PEAKS (CH3, OH, OCH3, CH2, CH, N, Cl). BUT FACT THAT I FOUND IS DIFFERENT, WHY, THESE THE REASON: you should observed these spectra befored read all explanation, please compared with your perspective, perhaps you also found the reason just like me-myself(Atep Nurdjaman™)

To whom correspondent should be addressed to ATEP NURDJAMAN, PROF. DR™, Jl. Cimindi Utara No.45 RT 03 RW 05 Kelurahan 2 Campaka Kecamatan Andir Kodya Bandung 40184-Indonesia Country, Tlp. CodeCountry-22-6079224

Both of pictures shown small peaks on 1H NMR spectrum accompanies the strong absorption peaks that is peaks of CH3 (CH3, doublet) on pict.1 the rest is small peaks accompanies the strong absorption peaks of CH and CDCl3, shown-2 that small peaks that I call RAN™ (Rike(t or n) Atep Nurdjaman™) or RAN-Connector Hands has unsymmetrical position to peaks of CH3 on pict. 1 and RAN™ has unsymmetrical position to peaks of CH. Technician or text book say that spinning side bands always symmetrically to the strong absorption peaks. And also please observed the numbers of peaks, picture shown not pair of small peaks, meaning theres many possibility that small peaks is not couple, not just like technician or textbook sayed;theres regularly in numbers of small peaks. SO I CLAIMED THAT PICTURE IS FIRST PROVED THAT SMALL PEAKS IS NOT SPINNING SIDE BANDS BUT RAN-CONNECTOR HANDS OR RAN™ (RIKE(T OR N) ATEP NURDJAMAN™). (pict.1 is 1H NMR spectra of Methylcyclohexanone, and pict.2 is 1H NMR spectra of AC5)

1. Small peaks appeared on 1H NMR based on inhomogeneities of magnetic field and also inhomogeneities of spinning tube just like technician sayed but give facted arrange order in numbers of small peaks, high of small peaks, and integral numbers of small peaks. If inhomogeneities of magnetic field and also inhomogeneities of spinning tube influenced the result of NMR experiment could be will influenced also to the peaks of…… CH3, OH, OCH3, CH2, CH, N, and Cl in numbers of peaks, high of peaks, and also integral numbers of each peaks (I found the integral numbers of each peaks always stable in value). If inhomegenieties in magnetic field and also inhomogenieties of spinning tube WHY the high of peaks of small peaks always small. 2. Small peaks who appeared always accompanies the strong absorption peaks (CH3, OH, OCH3, CH2, CH, N, and Cl) when observed on all experiment of NMR has connectivity different with peaks of…… CH3, OH, OCH3, CH2, CH, N, and Cl. For example: Peak of OCH3 has connectivity with peak of C10 in HSQC and HMBC, the small peaks that raised together with peaks of OCH3 doesn’t has connectivity just like peak of OCH3 to small peaks who together accompany peaks of C10. But the fact, the small peaks has connectivity with other small peaks who together with peaks of C on CDCl3. CONTRA AGAINST THEORY OF INHOMOGENEITIES IN MAGNETIC FIELD AND ALSO INHOMOGENEITIES IN SPINNING TUBE WHO JUSTIFIED OF SMALL PEAKS AS JUST PEAK WITHOUT MEANING AND FUCTION, The fact that small peaks always appears connect to other small peaks not only to same small peaks, on 1H-1H COSY experiment has shown proved that small peaks not always connected to the same small peaks. Other fact is small peaks has connectivity to different small peaks who always accompanies each peaks of …… CH3, OH, OCH3, CH2, CH, N, and Cl. and all has ability to explained by HMBC experiment, COSY experiment and others. 3. When we observed that small peaks connected to same small peaks on COSY experiment we should not consider that small peaks connect to hisself, but we should think that small peaks connect to same small peaks on different molecule on the same structure, I have proved (based on all NMR experiment) that we should not drawing the structure of organic compound that we found not just like now we draw but we should draw more than one structure and each structure should connected to each others., I WILL SHOWN NEXT (see picture 4;putted on last page of these scientific work paper) 4. I observed that feature of small peaks in term multiplicity always different with the strong absorption peaks (CH3, OH, OCH3, CH2, CH, N, and Cl) who always appears together each. This fact has meaning that all small peaks who appears accompanies each peaks of…… CH3, OH, OCH3, CH2, CH, N, and Cl are raised not coming from each peak of…… CH3, OH, OCH3, CH2, CH, N, and Cl BUT just accompany. SO small peaks is part of peaks of…… CH3, or OH, or OCH3, or CH2, or CH, or N, and or Cl when appears on 1H NMR spectrum 5. I found many times on 1H NMR spectra that small peaks unsymmetrically position to the strong absorption peaks (CH3, OH, OCH3, CH2, CH, N, and Cl) not just like technician sayed (see above) 6. Do I right? Do I make wrong judgment ? Do I make mistake(s) ? or just explanation. I DON’T THINK SO, WHY….BECAUSE I FOUND MANY REASONS FOR DETERMINED THAT SMALL PEAKS IS NOT JUST PEAKS BUT THE SMALL PEAKS IS PART OF STRONG ABSORPTION PEAKS IDENTICALLY NOT AS THE SPINNING SIDE BANDS 7. SMALL PEAKS WILL APPEARS ACCOMPANY THE STRONG ABSORPTION PEAKS AND HAS CONNECTIVITY IDENTICALLY DIFFERENT WITH CONNECTIVITY OF THE STRONG ABSORPTION PEAKS, IDENTICALLY

To whom correspondent should be addressed to ATEP NURDJAMAN, PROF. DR™, Jl. Cimindi Utara No.45 RT 03 RW 05 Kelurahan 3 Campaka Kecamatan Andir Kodya Bandung 40184-Indonesia Country, Tlp. CodeCountry-22-6079224 FACT: HUNDREDS OF COMPOUNDS HAS BEEN OBSERVED AND EXAMINED BY ME-MYSELF(ATEP NURDJAMAN™) AND GIVED FACT ON 1H NMR SPECTRUM THAT EVERY PEAKS (CH3, OH, OCH3, CH2, CH, N, AND ALSO Cl) ALWAYS TOGETHER EACH WITH SMALL PEAKS THAT I CALL AS RAN™ OR RIKET(T or N ) ATEP NURDJAMAN™ OR RAN-CONNECTOR HANDS

OTHERS FACT: THERES REGULARY OF NUMBERS OF SMALL PEAKS (RAN™ OR RIKE(T or N) ATEP NURDJAMAN™ OR RAN-CONNECTOR HANDS) ON EVERY 1H NMR THAT I-ME(ATEP NURDJAMAN™) HAS BEEN OBSERVED AND EXAMINED, THOSE ARE: 1. Peak of CH3 always accompanies by 2 small peaks or 2 RAN (sometimes 2 peaks singlet, sometimes 2 peaks doublet, sometimes 2 peaks triplet, sometimes 2 peaks quartet) 2. Peak of OH always accompanies by 2 small peaks or 2 RAN (sometimes 2 peaks singlet, sometimes 2 peaks doublet) 3. Peak of O CH3 always accompanies by 4 small peaks or 4 RAN 4. Peak of CH2 always accompanies by 2 small peaks or 2 RAN (sometimes 2 peaks doublet, sometimes 2 peaks triplet, sometimes 2 peaks quartet) 5. Peak of CH always accompanies by 2 small peaks or 2 RAN (sometimes 2 peaks doublet, sometimes 2 peaks triplet, sometimes 2 peaks quartet) 6. Peak of N always accompanies by 2 small peaks or 2 RAN 7. Peak of Cl always accompanies by 4 small peaks or 4 RAN (2 peaks doublet and 2 peaks singlet)

ADDED INFORMATION: Each peaks of RAN™ (Rike(t or n) Atep Nurdjaman™ or RAN-Connector Hands) has been found arranged undefined positioned (sometimes mirror balanced, but next slide to left or slide to right) to peak of…… CH3, or OH, or O CH3, or CH2, or CH, or N, and or Cl, but arrange in numbers.

CONCLUSION: THERES REGULARY OF NUMBERS OF SMALL PEAKS (RAN™ OR RIKE(T or N) ATEP NURDJAMAN™ OR RAN-CONNECTOR HANDS) TOGETHER WITH EACH PEAKS; CH3 PEAK, OH PEAK, O CH3 PEAK, CH2 PEAK, CH PEAK, N PEAK, AND CL PEAK. BASED ON THESE FACT-FINDING DATA ON 1H NMR GRAPH, I DECIDED THAT EACH ELEMENTS WHO APPEARS ON 1H NMR HAS: 1. Element of Carbon (C) has 2 RAN or 2 Riket Atep Nurdjaman™ or 2 RAN-Connector Hands 2. Element of Oxygen (O) has 2 RAN or 2 Riket Atep Nurdjaman™ or 2 RAN-Connector Hands 3. Element of Nitrogen (N) has 2 RAN or 2 Riket Atep Nurdjaman™ or 2 RAN-Connector Hands 4. Element of Chlor (Cl) has 2 RAN or 2 Riket Atep Nurdjaman™ or 2 RAN-Connector Hands 5. Element of Hydrogen (H) doesn’t has RAN or doesn’t has Riket Atep Nurdjaman™ or doesn’t has RAN-Connector Hands

FUNCTIONS: AFTER I AM DOING RESEARCH BASED ON NMR SPECTRA (1H NMR, 13C NMR, HSQC, 1H-1H COSY, HMBC, DEPT, D2O EXPERIMENT, IR NMR EXPERIMENT, NOE, AND NOESY) I DECIDED THAT RAN™ (RIKE(T or N) ATEP NURDJAMAN™) IS CONNECTOR HANDS BETWEEN ELEMENT TO OTHER ELEMENT BESIDE ARM EACH ELEMENTS

BESIDE, OF ABOVE THERES OTHER FUNCTIONS OF RAN™, THOSE ARE: 1. Connector between one molecule of compound to other molecule of compound 2. Connector between many molecule of compound to other molecules of compound 3. Connector between one molecule of compound A to one molecule of compound B (or others) 4. Connector between many molecule of compound A to one molecule of compound B (or others) 5. Connector between many molecule of compound A to molecules of compound B (or others) 6. Many possibility connectivity based on RAN for explained the connectivity in system of compound, in organic chemistry or in inorganic chemistry

HOW TO DESCRIBED EACH ELEMENT WHO HAS OWN RAN™ (RIKE(T or N) ATEP NURDJAMAN™ or RAN-CONNECTOR HANDS):

1. Element of Carbon (C)

To whom correspondent should be addressed to ATEP NURDJAMAN, PROF. DR™, Jl. Cimindi Utara No.45 RT 03 RW 05 Kelurahan 4 Campaka Kecamatan Andir Kodya Bandung 40184-Indonesia Country, Tlp. CodeCountry-22-6079224 2 RAN 2 RAN 1

1

3 C

4

Element of Carbon (C) with own of 4 hands accompanies 2 RAN (Rike(t or n) Atep Nurdjaman or RAN-Connector Hands 2. Element of Carbon (O)

RAN 1

1

2 O

RAN 2

Element of Oxygen (O) with own of 2 hands accompanies 2 RAN (Rike(t or n) Atep Nurdjaman or RAN-Connector Hands

3. Element of Nitrogen (N)

2 RAN 2

1

3 N

RAN 1

Element of Nitrogen (N) with own of 3 hands accompanies 2 RAN (Rike(t or n) Atep Nurdjaman or RAN-Connector Hands

4. Element of Chlor (Cl)

RAN 1

1 Cl

RAN 1

Element of Chlor (Cl) with own of 2 hands accompanies 2 RAN (Rike(t or n) Atep Nurdjaman or RAN-Connector Hands

WHY EACH ELEMENTS NEED FUNCTION OF RAN ?, BECAUSED OF :

To whom correspondent should be addressed to ATEP NURDJAMAN, PROF. DR™, Jl. Cimindi Utara No.45 RT 03 RW 05 Kelurahan 5 Campaka Kecamatan Andir Kodya Bandung 40184-Indonesia Country, Tlp. CodeCountry-22-6079224 1. Need reason to explained that each element possible connect to other same of element. These explanation has been summarized on Theory Connectivity of Element AN (see picture RAN-Examp.1. more explanation you will find on my others scientific paper work publication;1) 2. Need reason to explained that each molecule of compound connect to other same of compound. These explanation has been summarized on Theory Connectivity of Structure Organic Chemistry AN (see picture RAN-Examp.2. more explanation you will find on my others scientific paper work publication;2) 3. Need reason to explained that compound connect to other compound. These explanation has been summarized on Theory Connectivity to Determined Chemical Reaction on Atep Nurdjaman Laws or Chemical Reaction for-on Atep Nurdjaman™ (see picture RAN-Examp.3. more explanation you will find on my others scientific paper work publication;3)

Picture RAN-Examp.1. Single of element C who has 2 RAN has been shown connected to 2 hands. And also 5 of elements of C who has 2 RAN each of elements has been too shown connected build compound what we call compound of charcoal

Single of Element of C

RAN 2 RAN 1 C

5 (Five) of Element of C

RAN 2 RAN 1 RAN 2 RAN 1 RAN 2 RAN 1 RAN 2 RAN 1 RAN 2 RAN 1 C C C C C

======SUSPEND======To whom correspondent should be addressed to ATEP NURDJAMAN, PROF. DR™, Jl. Cimindi Utara No.45 RT 03 RW 05 Kelurahan 6 Campaka Kecamatan Andir Kodya Bandung 40184-Indonesia Country, Tlp. CodeCountry-22-6079224 ======CONTINUED TO THE NEXT PAGES ======

Picture RAN-Examp.2. 1 Carbon (C) + 2 RAN, and 1 Hydrogen (H ), and also 3 Chlor (Cl) + 2 RAN, all elements and RAN connected to each others build compound of CDCl3 (chloroform)

One molecule of CDCl3

RAN 2

Cl RAN 1

RAN 2 RAN 1 RAN 1 Cl C D

RAN 2 Cl RAN 2

RAN 1

3 (three) molecule of CDCl3

RAN 2 RAN 2 RAN 2

Cl RAN 1 Cl RAN 1 Cl RAN 1

RAN 2 RAN 1 RAN 2 RAN 1 RAN 2 RAN 1 RAN 1 Cl C D RAN 1 Cl C D RAN 1 Cl C D

RAN 2 RAN 2 RAN 2 Cl RAN 2 Cl RAN 2 Cl RAN 2

RAN 1 RAN 1 RAN 1

======SUSPEND======

To whom correspondent should be addressed to ATEP NURDJAMAN, PROF. DR™, Jl. Cimindi Utara No.45 RT 03 RW 05 Kelurahan 7 Campaka Kecamatan Andir Kodya Bandung 40184-Indonesia Country, Tlp. CodeCountry-22-6079224 ======CONTINUED TO THE NEXT PAGES ======Picture RAN-Examp.3. AC5 who has part in shape H2O (water) structure . AC5 dissolved on 2 ml CDCl3 (chloroform deuterated) when measurement of NMR (Atep Nurdjaman™, Years 2000-2006). These pict. below explained chemical reaction between AC5 and CDCl3, see the connectivity of AC5 to CDCl3. The connectivity that builded by RAN has meaning dissolved and unvapor.

Connected to CDLC3 below H OH H C 3 H AC5 OCH3 H3C OO O is RAN 1, new connector on each element is RAN 2, new connector on each element RAN is abbrevation for Rike(t or n) Atep Nurdjaman All RAN except who connected to chain of Hconnect2O to others molecule of AC5, what we saw on O OH this drawing is one molecule. OCH Becaused of RAN, now we can draw and see 3 the connectivity between one molecule and another with unlimited numbers of molecule OCH3 CHAIN OF H2O

RAN 1

1 Chain of H2O as part of structure of AC5 what we know H 2 OH who doesnt defined the structure because the researcher think that H 0 is impurity matters on the compound who RAN 2 2 RAN 1 has been found, befored i also just like others researcher but after several experiments i am sure that H O is one of 1 2 H 2 OH structue who should defined and should consider as part of structure i call as main structure) what we found, the RAN 2 RAN 1 water or H2O on main structure sometimes increased the number molecule on that main structure but sometimes 1 decreased on numbers becaused our habit on preparation H 2 OH to measured on Nuclear Magnetic Resonance, numbers of RAN 2 molecule of H2O decreased because the long term of dry RAN 1 up, reverse will resulted increased numbers of H2O. But 1 even we doing process of dry up long enough maybe H 2 OH more than 24 hour the quantity of H2O on NMR chart will RAN 2 not gived result dissapear. FOUND BY ME-ATEPNURDJAMAN

To whom correspondent should be addressed to ATEP NURDJAMAN, PROF. DR™, Jl. Cimindi Utara No.45 RT 03 RW 05 Kelurahan 8 Campaka Kecamatan Andir Kodya Bandung 40184-Indonesia Country, Tlp. CodeCountry-22-6079224

Connected to AC5 up

to others RAN of CHLOROFORM deuterated (CDCL3 molecule that may be added to this system to RAN 1 of Cl 1 (1) on RAN 1 Cl molecule-2

2 RAN 2 RAN 1 RAN 2

1 1 to RAN 1 of Cl RAN 1 (2) on 3 CClD molecule-2

4 RAN 2

1 RAN 1 to RAN 1 of Cl Cl (2) on molecule-2

RAN 2

to others RAN of molecule that may be added to this system

1 to RAN 1 of Cl RAN 2 Cl (1) on molecule- 1.999.999.999

2 RAN 1 RAN 1 RAN 2

1 1 RAN 2 3 CClD to RAN 1 of Cl (1) on 4 RAN 1 molecule- 1.999.999.999

1 RAN 2 Cl

RAN 1 to RAN 1 of Cl (1) on molecule- 1.999.999.999

to RAN 1 of C on OCH3 (10) end AC5 molecule

OR……in detail in term link-combined

To whom correspondent should be addressed to ATEP NURDJAMAN, PROF. DR™, Jl. Cimindi Utara No.45 RT 03 RW 05 Kelurahan 9 Campaka Kecamatan Andir Kodya Bandung 40184-Indonesia Country, Tlp. CodeCountry-22-6079224 OR……in detail in term link-combined

H OH H C 3 H AC5 OCH3 H3C OO CHLOROFORM Deuterated (CDCl3) O

ke RAN 1 1 dari Cl (1) di RAN 1 molekul ke-2 Cl is RAN 1, new connector on each element is RAN 2, new connector on each element O OH ke RAN yang lain dari RAN is abbrevation for Rike(t or n) Atep Nurdjaman molekul yang mungkin 2 RAN 2 RAN 1 RAN 2 All RAN except who connected to chain of H2O connect OCH3 ditambahkan ke dalam to others molecule of AC5, what we saw on this drawing sistem ini ke RAN 1 1 1 is one molecule. Becaused of RAN, now we can draw and see RAN 1 dari Cl (2) di the connectivity between one molecule and another with unlimited 3 CClD molekul ke-2 numbers of molecule OCH3

4 CHAIN OF H O RAN 2 2

1 RAN 1 ke RAN 1 RAN 1 Cl dari Cl (3) di molekul ke-2 1 Chain of H O as part of structure of AC what RAN 2 H 2 OH 2 5 we know who doesnt defined the structure RAN 2 because the researcher think that H20 is impurity RAN 1 matters on the compound who has been found,

1 befored i also just like others researcher but 2 after several experiments i am sure that H2O is 1 ke RAN 1 dari H OH RAN 1 Cl (1) di one of structue who should defined and should Cl molekul ke- RAN 2 consider as part of structure i call as main 1.999.999.999 RAN 1 ke RAN yang lain dari structure) what we found, the water or H2O on molekul yang mungkin 2 RAN 2 RAN 2 RAN 1 ditambahkan ke dalam 1 main structure sometimes increased the number sistem ini 1 1 H 2 OH molecule on that main structure but sometimes RAN 1 3 CClD decreased on numbers becaused our habit on ke RAN 1 RAN 2 preparation to measured on Nuclear Magnetic dari Cl (2) di RAN 1 4 molekul ke- RAN 2 Resonance, numbers of molecule of H O 1.999.999.999 2 1 decreased because the long term of dry up, 1 2 RAN 1 H OH reverse will resulted increased numbers of H2O. Cl But even we doing process of dry up long RAN 2 enough maybe more than 24 hour the quantity RAN 2 ke RAN 1 dari of H O on NMR chart will not gived result Cl (3) di 2 molekul ke- dissapear. FOUND BY ME-ATEPNURDJAMAN 1.999.999.999

ke RAN 1 dari C yang terdapat dalam OCH3 (10) di molekul terakhir AC5

Summary I compared hundreds of 1H NMR spectrum that represented also same hundreds of compounds for revealed of Rike(t or n) Atep Nurdjaman™ or RAN™ or RAN-Connector Hands. The hundreds of compounds represented by group of acid, group of alcohol, group of aldehyde, group of alkanes, group of alkenes, group of alkynes, group of aniline, group of aromatic, group of esther, group of ether, group of ketone, and group of miscellaneous. RAN is connector hands that will make easy explained the connectivity between one element and anothers, connectivity between compound and others same compound, and also connectivity between compound and others in different compound.

Keywords: RAN™ (Riket Atep Nurdjaman™ or Riken Atep Nurdjaman™); Connectivity; Theory Connectivity of Element AN; Theory Connectivity of Structure Organic Compound AN; Theory Connectivity to Determined Chemical Reaction on Atep Nurdjaman Laws or Chemical Reaction for-on Atep Nurdjaman™

Introduction When we isolated compound that we think has activity sometime we decided structure without first consider the big picture of compound that we got, for example we isolated 2 mg of compound active from plant A, and then we decided the structure in simple structure just like compound AC5 aboved, the other hands we isolated also in same plant (plant A) who found 15 mg of same compound active, next we decided also the structure of 15 mg compound in simple structure, just like before. The question is how to explained in drawing of 2 mg compound active and also 15 mg compound active ?, next question is how to explained that both compounds active in CDCl3 the solvent for measured both compounds on NMR-Nuclear Magnetic Resonance)….off course in drawing. Those of question always hunted me until I realized to something that appears on 1H NMR spectrum as small peaks (high about 1-4 mm or more) that always appears accompanies each peaks that we know before on 1H NMR. The small peaks I call as RAN™ or Rike(t or n) Atep Nurdjaman™ or RAN-Connector Hands. Each peaks that appears on 1H NMR; peak of CH3, peak OCH3, peak OH, peak CH2, peak CH, peak N, and also peak Cl always together with Riket Atep Nurdjaman™ or Riken Atep Nurdjaman™ (RAN™). Peak of CH3 always accompanies by 2 small peaks or 2 RAN (sometimes 2 peaks singlet, sometimes 2 peaks doublet, sometimes 2 peaks triplet, sometimes 2 peaks quartet), peak of OH always accompanies by 2 small peaks or 2 RAN (sometimes 2 peaks singlet, sometimes 2 peaks doublet), peak of OCH3 always accompanies by 4 small peaks or 4 RAN, peak of CH2 always accompanies by 2 small peaks or 2 RAN (sometimes 2 peaks doublet, sometimes 2 peaks triplet, sometimes 2 peaks quartet), peak of CH always accompanies by 2 small peaks or 2 RAN (sometimes 2 peaks doublet, sometimes 2 peaks triplet, sometimes 2 peaks quartet), peak of N always accompanies by 2 small peaks or 2 RAN, and peak of Cl always accompanies by 4 small peaks or 4 RAN (2 peaks doublet and 2 peaks singlet)

Materials and Methods

To whom correspondent should be addressed to ATEP NURDJAMAN, PROF. DR™, Jl. Cimindi Utara No.45 RT 03 RW 05 Kelurahan 10 Campaka Kecamatan Andir Kodya Bandung 40184-Indonesia Country, Tlp. CodeCountry-22-6079224 General. Nuclear Magnetic Resonance spectra were recorded with a JEOL 500 MHZ spectrometer for measured 1H NMR and 13C NMR and also HSQC NMR, HMBC NMR, 1H-1H COSY NMR, NOE NMR, NOESY NMR, DEPT NMR, IR experiment, and last was D2O experiment in available solvent, and chemical shift data are with reference to TMS ((CH3)4Si).

Materials. All compounds was measured due to defined the existing of Riket Atep Nurdjaman™ or Riken Atep Nurdjaman™ or RAN™ or RAN-Connector Hands. List (not all of compound putted in original name) below explained each compound who has been measured for getting data of RAN™ who appears on 1H NMR,

Table 1. List of Compounds Who has been by Me-Atep Nurdjaman™ To Do Search and Found Exactly That In Each of Compounds In List Definitely has RAN™ (Rike(t or n) Atep Nurdjaman™) or RAN-Connector Hands Who Identified as Small Peaks Who Always Accompanies The Strong of Absoption Peaks (Peaks of CH3, Peaks of OH, Peaks of OCH3, Peaks of CH2, Peaks of CH, Peaks of N, And Also Peaks of Cl)

NU COMPOUND NAME GROUP 1 Acid 2 Propanoic acid Acid 3 Butanoic acid Acid 4 2-Methylpropanoic acid Acid 5 trans-2-Pentenoic acid Acid 6 (E,E)-2,4-Hexadienoic acid Acid 7 Propenedioic acid Acid 8 Butanedioic acid Acid 9 Pentanedioic acid Acid 10 Methylenebutanedioic acid Acid 11 Hexanedioic acid Acid 12 Benzoic acid Acid 13 2-Methylbenzoic acid Acid 14 3-Methylbenzoic acid Acid 15 4-Methylbenzoic acid Acid 16 4-t.Butylbenzoic acid Acid 17 2-Hydroxybenzoic acid Acid 18 4-Hydroxybenzoic acid Acid 19 3-Hydroxy-3-methylbenzoic acid Acid 20 4-Methoxybenzoic acid Acid 21 2-Acetoxybenzoic acid Acid 22 4-Aminobenzoic acid Acid 23 3-Nitrobenzoic acid Acid 24 2-Chlorobenzoic acid Acid 25 2,4-Dichlorobenzoic acid Acid 26 3-Phenylpropanoic acid Acid 27 trans-3-Phenypropanoic acid Acid 28 N-Benzoylaminoacetic acid Acid 29 Ethanol Alcohol 30 1-Propanol Alcohol 31 2-Propanol Alcohol 32 1-Butanol Alcohol 33 2-Butanol Alcohol 34 2-Methyl-1-Propanol Alcohol 35 1-Pentanol Alcohol 36 2-Pentanol Alcohol 37 3-Pentanol Alcohol 38 3-Methyl-1-butanol Alcohol 39 3-Methyl-2-butanol Alcohol 40 1-Hexanol Alcohol 41 2-Methyl-2-pentanol (racemic) Alcohol 42 Benzyl alcohol Alcohol 43 2-Phenylethanol Alcohol

To whom correspondent should be addressed to ATEP NURDJAMAN, PROF. DR™, Jl. Cimindi Utara No.45 RT 03 RW 05 Kelurahan 11 Campaka Kecamatan Andir Kodya Bandung 40184-Indonesia Country, Tlp. CodeCountry-22-6079224 NU COMPOUND NAME GROUP 44 3-Phenyl-2-propene-1-ol Alcohol 45 2-Methylphenol Alcohol 46 3-Methylphenol Alcohol 47 4-Methylphenol Alcohol 48 4-Ethylphenol Alcohol 49 4-t-Buthylphenol Alcohol 50 5-Methyl-2-isopropylphenol Alcohol 51 trans-2-Butenal Aldehyde 52 Pentanal Aldehyde 53 Benzaldehyde Aldehyde 54 2-Hydroxybenzaldehyde Aldehyde 55 3-Hydroxybenzaldehyde Aldehyde 56 3-Nitrobenzaldehyde Aldehyde 57 2,4-Dichlorobenzaldehyde Aldehyde 58 4-Methylbenzaldehyde Aldehyde 59 2-Methoxybenzaldehyde Aldehyde 60 4-Methoxybenzaldehyde Aldehyde 61 3-Phenylpropanal Aldehyde 62 trans-3-Phenylpropenal Aldehyde 63 trans-2-Methyl-3-phenylpropenal Aldehyde 64 Pentane Alkanes or Alkenes or Alkynes 65 2,2,4-Trimethylpentane Alkanes or Alkenes or Alkynes 66 1-Pentene Alkanes or Alkenes or Alkynes 67 Cyclohexane Alkanes or Alkenes or Alkynes 68 2-Methyl-1,3-butadiene Alkanes or Alkenes or Alkynes 69 1-Pentyne Alkanes or Alkenes or Alkynes 70 1,2-Dichloropropane (racemic) Alkanes or Alkenes or Alkynes 71 1-Bromobutane Alkanes or Alkenes or Alkynes 72 2-Bromobutane Alkanes or Alkenes or Alkynes 73 1-Bromopentane Alkanes or Alkenes or Alkynes 74 1-Bromo-3-methylbutane Alkanes or Alkenes or Alkynes 75 N,N-Dimethylformamide Amine 76 Acetamide Amine 77 N,N-Dimethylacetamide Amine 78 N-Phenylacetamide Amine 79 Benzamide Amine 80 Acetonitrile Amine 81 Acrylonitrile Amine 82 Diethylamine Amine 83 Triethylamine Amine 84 Diprophylamine Amine 85 Triprophylamine Amine 86 Diisoprophylamine Amine 87 Butylamine Amine 88 sec-Butylamine Amine 89 2-Phenylethylamine Amine 90 Aniline Aniline 91 2-Methylaniline Aniline 92 3-Methylaniline Aniline 93 4-Methylaniline Aniline 94 N-Ethyl-2-methylaniline Aniline 95 N-Ethyl-3-methylaniline Aniline 96 Toluene Aromatic 97 1,2-Dimethylbenzene Aromatic To whom correspondent should be addressed to ATEP NURDJAMAN, PROF. DR™, Jl. Cimindi Utara No.45 RT 03 RW 05 Kelurahan 12 Campaka Kecamatan Andir Kodya Bandung 40184-Indonesia Country, Tlp. CodeCountry-22-6079224 NU COMPOUND NAME GROUP 98 1,3-Dimethylbenzene Aromatic 99 1,4-Dimethylbenzene Aromatic 100 Ethylbenzene Aromatic 101 Propylbenzene Aromatic 102 Isopropylbenzene Aromatic 103 Butylbenzene Aromatic 104 sec-Butylbenzene Aromatic 105 Isobutylbenzene Aromatic 106 1-Isopropyl-4-methylbenzene Aromatic 107 Biphenyl Aromatic 108 Styrene Aromatic 109 2-Phenylpropene Aromatic 110 Ethyl acetate Ester 111 Vinyl acetate Ester 112 Propyl acetate Ester 113 Isopropyl acetate Ester 114 Butyl acetate Ester 115 Isobutyl acetate Ester 116 Pentyl acetate Ester 117 3-Methyl-1-butyl-acetate Ester 118 Methyl propanoate Ester 119 Ethyl propanoate Ester 120 Prophyl propanoate Ester 121 Isopropyl propanoate Ester 122 Buthyl propanoate Ester 123 sec-Buthyl propanoate Ester 124 Isobuthyl propanoate Ester 125 Methyl butanoate Ester 126 Ethyl butanoate Ester 127 Propyl butanoate Ester 128 Isopropyl butanoate Ester 129 Ethyl pentanoate Ester 130 Ethyl-3-methylbutanoate Ester 131 Butanolactone Ester 132 Methyl benzoate Ester 133 Ethyl benzoate Ester 134 Propyl benzoate Ester 135 Butyl benzoate Ester 136 Methyl 2-hydroxybenzoate Ester 137 Phenyl 2-hydroxybenzoate Ester 138 Dimethyl 1,3-benzenedicarboxylate Ester 139 Dimethyl 1,4-benzenedicarboxylate Ester 140 Diethyl 1,2-benzenedicarboxylate Ester 141 Diethyl ether Ether 142 Dibutyl ether Ether 143 Tetrahydrofuran Ether 144 Butyl vinyl ether Ether 145 Allyl ether Ether 146 Methyl penyl ether Ether 147 Ethyl-4-nitrophenyl ether (p-nitrophenetole) Ether 148 2-Propanone Ketone 149 2-Butanone Ketone 150 2-Pentanone Ketone 151 3-Pentanone Ketone To whom correspondent should be addressed to ATEP NURDJAMAN, PROF. DR™, Jl. Cimindi Utara No.45 RT 03 RW 05 Kelurahan 13 Campaka Kecamatan Andir Kodya Bandung 40184-Indonesia Country, Tlp. CodeCountry-22-6079224 NU COMPOUND NAME GROUP 152 3-Methyl-2-butanone Ketone 153 4-Methyl-2-pentanone Ketone 154 2-Heptanone Ketone 155 3-Heptanone Ketone 156 4-Heptanone Ketone 157 5-Methyl-2-hexanone Ketone 158 2,4-Dimethyl-3-pentanone Ketone 159 2,6-Dimethyl-4-heptanone Ketone 160 Acetophenone Ketone 161 1-Phenyl-1-propanone Ketone 162 4-Methoxyacetophenone Ketone 163 Benzophenone Ketone 164 3,4-Dimethylbenzophenone Ketone 165 Xylene Misc. 166 2-Methyl-2-Propanol Alcohol 167 Toluen - 168 Methanol Alcohol 169 3-Nitro-acetophenone Ketone 170 - 171 4-Methyl-Acetanilide - 172 4-Methyl-cyclohexanone Ketone 173 E-3-Phenyl-2-propenal - 174 Dichloromethane Misc. 175 Cyclopentanone Ketone 176 Cyclohexanone Ketone 177 Alanine - 178 Acetone Ketone 179 1,3-Dibenzoylpropane Misc. 180 Acetanilide - 181 1,4-Dimethoxy- Aromatic 182 Butadiene sulfone Misc. 183 Benzyl acetate Ester 184 2,3-Butanedione (biacetyl) Ketone 185 Ethyl-N-methylcarbamate - 186 Fluoroacetone Ketone 187 Acetylacetone Ketone 188 p-Chloronitrobenzene Aromatic 189 o-Dichlorobenzene Aromatic 190 2-Phenyl-1,3-dioxolone Ketone 191 1-Nitropropane 192 Dimethyl adipate 193 3-Methylglutaric acid Acid 194 2-Methyl-6-methylen-7-octen-4-ol 195 Methyl 2,3,4-tri-O-benzoyl-β-L-lyxopyranoside 196 Ipsenol Alcohol 197 Caryophylene oxide 198 β-Lactose 199 Ethyl levulinate (ethyl 4-oxo-pentanoate) 200 Thymol 201 3-Propyl-1,2-dithiolane 202 Geraniol 203 AC-unknown-01 204 AC-unknown-02 205 AC-unknown-03 To whom correspondent should be addressed to ATEP NURDJAMAN, PROF. DR™, Jl. Cimindi Utara No.45 RT 03 RW 05 Kelurahan 14 Campaka Kecamatan Andir Kodya Bandung 40184-Indonesia Country, Tlp. CodeCountry-22-6079224 NU COMPOUND NAME GROUP 206 AC-unknown-04 207 AC-unknown-05 208 AC-unknown-06 209 AC-unknown-07 210 AC-unknown-08 211 AC-unknown-09 212 AC-unknown-10 213 AC-unknown-11 214 AC-unknown-12 215 AC-unknown-13 216 AC-unknown-14 217 AC-unknown-15 218 AC-unknown-16 219 AC-unknown-17 220 AC-unknown-18 221 AC-unknown-19 222 AC-unknown-20 223 AC-unknown-21 224 AC-unknown-22 225 AC-unknown-23 226 AC-unknown-24 227 AC-unknown-25 228 AC-unknown-26 229 AC-unknown-27 230 AC-unknown-28 231 AC-unknown-29 232 AC-unknown-30 233 AC-unknown-31 234 AC-unknown-32 235 AC-unknown-33 236 AC-unknown-34 237 AC-unknown-35 238 AC-unknown-36 239 AC-unknown-37 240 AC-unknown-38 241 AC-unknown-39 242 AC-unknown-40 243 AC-unknown-41 244 AC-unknown-42 245 AC-unknown-43 246 AC-unknown-44 247 AC-unknown-45 248 AC-unknown-46 249 AC-unknown-47 250 AC-unknown-48 251 AC-unknown-49 252 AC-unknown-50 253 AC-unknown-51 254 AC-unknown-52 255 AC-unknown-53 256 AC-unknown-54 257 AC-unknown-55 258 AC-unknown-56 259 AC-unknown-57 To whom correspondent should be addressed to ATEP NURDJAMAN, PROF. DR™, Jl. Cimindi Utara No.45 RT 03 RW 05 Kelurahan 15 Campaka Kecamatan Andir Kodya Bandung 40184-Indonesia Country, Tlp. CodeCountry-22-6079224 NU COMPOUND NAME GROUP 260 AC-unknown-58 261 AC-unknown-59 262 AC-unknown-60 263 Deuterium Oxide CONTINUED THE NUMBERS OF ORGANIC COMPOUNDS WHO SEARCH FOR THE EXISTING OF RAN™ NU COMPOUND NAME GROUP 264 Abietic Acid. Acid 265 Abrin. Acid 266 Acacia. Acid 267 Acamprosate Calcium. Acid 268 . Acid 269 Acerola. Acid 270 Acetal. Acid 271 p-Acetanisidine. Acid 272 . Acid 273 Acetoin. Acid 274 Acetonedicarboxylic Acid. Acid 275 Acetotoluide. Acid 276 Aceturic Acid. Acid 277 Acetyl Bromide. Acid 278 Acetylcarnitine. Acid 279 Acetyl Chloride. Acid 280 Acetylsalicylsalicylic Acid. Acid 281 N-Acetylsulfanilic Acid. Acid 282 Acitretin. Acid 283 Aconite. Acid 284 Aconitic Acid. Acid 285 Acridine. Acid 286 Acrolein. Acid 287 Actin. Acid 288 Actinomycetin. Acid 289 Actinomycin F1. Acid 290 Adapalene. Acid 291 Adenine. Acid 292 Adenosine. Acid 293 Aflatoxins B. Acid 294 Agaric. Acid 295 Alanine. Acid 296 Alazopeptin. Acid 297 Aleuritic Acid. Acid 298 Alginic Acid. Acid 299 Allyl Alcohol. Acid 300 Allyl Bromide. Acid 301 Almagate. Acid 302 Aluminum Acetate Solution. Acid 303 Aluminum Acetotartrate. Acid 304 Aluminum Boroformate. Acid 305 Aluminum Diacetate. Acid 306 Aluminum Hypophosphite. Acid 307 Aluminum Lactate. Acid 308 Aluminum Nicotinate. Acid 309 Aluminum Oleate. Acid 310 Aluminum Palmitate. Acid To whom correspondent should be addressed to ATEP NURDJAMAN, PROF. DR™, Jl. Cimindi Utara No.45 RT 03 RW 05 Kelurahan 16 Campaka Kecamatan Andir Kodya Bandung 40184-Indonesia Country, Tlp. CodeCountry-22-6079224 NU COMPOUND NAME GROUP 311 Aluminum Subacetate Solution. Acid 312 Amanozine. Acid 313 Amine 220. Acid 314 6-Aminonicotinic Acid. Acid 315 p-Aminophenylacetic Acid. Acid 316 2-Aminopropanol. Acid 317 Aminopterin. Acid 318 4-Amino-2-sulfobenzoic Acid. Acid 319 Ammoniacum. Acid 320 Ammonium Acetate. Acid 321 Ammonium Benzoate. Acid 322 Ammonium Bifluoride. Acid 323 Ammonium Bitartrate. Acid 324 Ammonium Caprylate. Acid 325 Ammonium Dichromate(VI). Acid 326 Ammonium Ferric Citrate. Acid 327 Ammonium Fluoride. Acid 328 Ammonium Formate. Acid 329 Ammonium Lactate. Acid 330 Ammonium Mandelate. Acid 331 Ammonium Oleate. Acid 332 Ammonium Oxalate. Acid 333 Ammonium Palmitate. Acid 334 Ammonium Salicylate. Acid 335 Ammonium Selenate. Acid 336 Ammonium Selenite. Acid 337 Ammonium Stearate. Acid 338 Ammonium Sulfamate. Acid 339 Amphomycin. Acid 340 Ampligen. Acid 341 Angiogenin. Acid 342 Angiostatin. Acid 343 Angiotensin. Acid 344 1-Anilino-8-naphthalenesulfonate Acid 345 p-Anisoyl Chloride. Acid 346 Anthragallol. Acid 347 Anthrone. Acid 348 Antimony Pentafluoride. Acid 349 Antimony Sodium Acid 350 Thioglycollate. Acid 351 Arginine. Acid 352 Arginine Glutamate. Acid 353 Argol. Acid 354 Arsacetin. Acid 355 Arsanilic Acid. Acid 356 Arsenamide. Acid 357 Arsenoacetic Acid. Acid 358 Asafetida. Acid 359 Ascorbic Acid. Acid 360 Ascorbigen. Acid 361 Asparagine. Acid 362 Asparagus. Acid 363 Aspartic Acid. Acid 364 Aspergillic Acid. Acid To whom correspondent should be addressed to ATEP NURDJAMAN, PROF. DR™, Jl. Cimindi Utara No.45 RT 03 RW 05 Kelurahan 17 Campaka Kecamatan Andir Kodya Bandung 40184-Indonesia Country, Tlp. CodeCountry-22-6079224 NU COMPOUND NAME GROUP 365 Aspirin. Acid 366 Balsam Canada. Acid 367 Barbital. Acid 368 Barbituric Acid. Acid 369 Benzanilide. Acid 370 Benzanthrone. Acid 371 Benzenestibonic Acid. Acid 372 Benzenesulfonic Anhydride. Acid 373 Benzenesulfonyl Chloride. Acid 374 Benzidine. Acid 375 Benzimidazole. Acid 376 Benzocaine. Acid 377 Benzofuran. Acid 378 Benzoic Acid. Acid 379 Benzoic Anhydride. Acid 380 Benzophenone. Acid 381 Benzoyl Chloride. Acid 382 3,4-Benzphenanthrene. Acid 383 Benzyl Acetate. Acid 384 Benzyl Formate. Acid 385 Benzyl Fumarate. Acid 386 Beryllium Acetylacetonate. Acid 387 Betamipron. Acid 388 Betula. Acid 389 Bioflavonoids. Acid 390 Sulfosuccinate. Acid 391 Brassidic Acid. Acid 392 Bromcresol Green. Acid 393 Bromcresol Purple. Acid 394 Bromoacetic Acid. Acid 395 5-Bromoanthranilic Acid. Acid 396 5-Bromosalicylhydroxamic Acid. Acid 397 Bromosaligenin. Acid 398 Bromosuccinic Acid. Acid 399 Bromphenol Blue. Acid 400 Bromthymol Blue. Acid 401 Bungarotoxins. Acid 402 tert-Butyl Acetate. Acid 403 n-Butyl Acetate. Acid 404 n-Butyl Bromide. Acid 405 sec-Butyl Chloride. Acid 406 tert-Butyl Chloroacetate. Acid 407 Butyl Citrate. Acid 408 tert-Butyl Nitrite. Acid 409 n-Butyl Nitrite. Acid 410 4-tert-Butylphenyl Salicylate. Acid 411 n-Butyl Propionate. Acid 412 Butyl Stearate. Acid 413 n-Butyramide. Acid 414 Butyric Acid. Acid 415 Butyric Anhydride. Acid 416 Caffeic Acid. Acid 417 Calcium Acetylsalicylate. Acid 418 Calcium Cyanamide Citrated. Acid To whom correspondent should be addressed to ATEP NURDJAMAN, PROF. DR™, Jl. Cimindi Utara No.45 RT 03 RW 05 Kelurahan 18 Campaka Kecamatan Andir Kodya Bandung 40184-Indonesia Country, Tlp. CodeCountry-22-6079224 NU COMPOUND NAME GROUP 419 Calcium Cyclamate. Acid 420 Calcium Formate. Acid 421 Calcium Glycerophosphate. Acid 422 Calcium Lactate. Acid 423 Calcium D-Saccharate. Acid 424 Calcium Tartrate. Acid 425 Calcium Tungstate(VI). Acid 426 n-Caproic Acid. Acid 427 Caramel. Acid 428 Carbamyl Chloride. Acid 429 Carbazochrome Sodium Acid 430 Sulfonate. Acid 431 Carbon Dioxide. Acid 432 Carbonic Anhydrase. Acid 433 Carbon Monoxide. Acid 434 Carbon Suboxide. Acid 435 Cardiotoxin. Acid 436 Casanthranol. Acid 437 Casein. Acid 438 Castor Oil. Acid 439 Catalase. Acid 440 Cathepsins. Acid 441 Ceanothic Acid. Acid 442 Chaulmoogra Oil. Acid 443 Chenodiol. Acid 444 CHES. Acid 445 Chirata. Acid 446 Chloracetyl Chloride. Acid 447 Chloric Acid. Acid 448 Chlorine Dioxide. Acid 449 Chlorine Heptoxide. Acid 450 Chloroacetic Acid. Acid 451 Chloroacetic Anhydride. Acid 452 p-Chlorobenzenesulfonic Acid. Acid 453 m-Chlorobenzoic Acid. Acid 454 Chloroform. Acid 455 Cinnamic Acid. Acid 456 Cinnamyl Alcohol. Acid 457 Cinnoline. Acid 458 Cinoxacin. Acid 459 Cobaltic Acetate. Acid 460 Cobaltous Acetate. Acid 461 Cobrotoxin. Acid 462 Cocculus. Acid 463 Cochineal. Acid 464 Cod Liver Oil. Acid 465 Coffee, Green. Acid 466 Coffee Oil. Acid 467 Coherin. Acid 468 Collagen. Acid 469 Collagenase. Acid 470 Cotarnine. Acid 471 Coumalic Acid. Acid 472 Cresol. Acid To whom correspondent should be addressed to ATEP NURDJAMAN, PROF. DR™, Jl. Cimindi Utara No.45 RT 03 RW 05 Kelurahan 19 Campaka Kecamatan Andir Kodya Bandung 40184-Indonesia Country, Tlp. CodeCountry-22-6079224 NU COMPOUND NAME GROUP 473 Cupric Acetate. Acid 474 Cupric Butyrate. Acid 475 Cupric Formate. Acid 476 Cupric Gluconate. Acid 477 Cupric Oxalate. Acid 478 Cupric Perchlorate. Acid 479 Cupric Selenate. Acid 480 Cupric Selenite. Acid 481 Cupric Stearate. Acid 482 Cyanic Acid. Acid 483 Cyanidin Chloride. Acid 484 Cyclobutane. Acid 485 Cyclohexane. Acid 486 Cyclohexanecarboxylic Acid. Acid 487 Cyclohexanone. Acid 488 L-Cystathionine. Acid 489 Cysteine. Acid 490 Cystine. Acid 491 Cystine S-Dioxides. Acid 492 Cytarabine. Acid 493 Cytidine. Acid 494 Dalteparin. Acid 495 n-Decyl Alcohol. Acid 496 Dehydroascorbic Acid. Acid 497 Dehydrocholic Acid. Acid 498 11-Dehydrocorticosterone. Acid 499 Dendrotoxins. Acid 500 Deoxycholic Acid. Acid 501 Deoxyribonuclease I. Acid 502 3,5-Dibromosalicylaldehyde. Acid 503 3,5-Dibromosalicylic Acid. Acid 504 2,3-Dibromosuccinic Acid. Acid 505 Di-tert-butyl Malonate. Acid 506 Dibutyl Succinate. Acid 507 Di-tert-butyl Succinate. Acid 508 1,3-Dichloro-2-propanol. Acid 509 Diethylene Glycol Monolaurate. Acid 510 Diethyl Maleate. Acid 511 Diethyl Sulfate. Acid 512 p-Difluorobenzene. Acid 513 Digitoxin. Acid 514 Digitoxose. Acid 515 Diisobutyl Sodium Acid 516 Sulfosuccinate. Acid 517 Dikegulac. Acid 518 Diloxanide. Acid 519 2,6-Dimethoxyquinone. Acid 520 9,10-Dimethyl-1,2-benzanthracene. Acid 521 5,6-Dimethylbenzimidazole. Acid 522 2,3-Dimethyl-1,3-butadiene. Acid 523 N,N-Dimethylformamide. Acid 524 N,N-Dimethylglycine. Acid 525 2,6-Dinitroaniline. Acid 526 3,4-Dinitrobenzoic Acid. Acid To whom correspondent should be addressed to ATEP NURDJAMAN, PROF. DR™, Jl. Cimindi Utara No.45 RT 03 RW 05 Kelurahan 20 Campaka Kecamatan Andir Kodya Bandung 40184-Indonesia Country, Tlp. CodeCountry-22-6079224 NU COMPOUND NAME GROUP 527 3,5-Dinitrobenzoic Acid. Acid 528 3,5-Dinitrobenzoyl Chloride. Acid 529 3,7-Dinitro-5-oxophenothiazine. Acid 530 Diphenic Acid. Acid 531 Diphenolic Acid. Acid 532 Diphenylacetic Acid. Acid 533 1,4-Diphenyl-1,3-butadiene. Acid 534 Diphenyl Sulfone. Acid 535 Dipropyl Ketone. Acid 536 Elastin. Acid 537 Ergostane. Acid 538 Etaqualone. Acid 539 Ethamivan. Acid 540 1,2-Ethanedisulfonic Acid. Acid 541 Ethyl Acetate. Acid 542 Ethyl Acrylate. Acid 543 Ethyl Alcohol, Denatured. Acid 544 Ethyl Cyanoacetate. Acid 545 Ethylene. Acid 546 Ethylene Bromohydrin. Acid 547 Ethylene Glycol Diacetate. Acid 548 Ethylenimine. Acid 549 Ethyl Ether. Acid 550 N-Ethylmaleimide. Acid 551 Ethyl Malonate. Acid 552 Ethyl Oenanthate. Acid 553 Ethylparaben. Acid 554 Ethyl Phosphorochloridite. Acid 555 3-Ethyl-4-picoline. Acid 556 Ethylstibamine. Acid 557 Eucalyptus Gum. Acid 558 Eucatropine. Acid 559 Euprocin. Acid 560 Fasciculins. Acid 561 Felinine. Acid 562 Ferredoxins. Acid 563 Ferric Citrate. Acid 564 Ferric Sodium Edetate. Acid 565 Ferrous Citrate. Acid 566 Ferulic Acid. Acid 567 Fluorine Nitrate. Acid 568 Fluorine Perchlorate. Acid 569 Fluoroacetic Acid. Acid 570 p-Fluorobenzoic Acid. Acid 571 Fluoromethane. Acid 572 p-Fluorophenylacetic Acid. Acid 573 Fluorosulfonic Acid. Acid 574 Folic Acid. Acid 575 Fructose. Acid 576 Fructose-6-phosphate. Acid 577 D-Fucose. Acid 578 Furan. Acid 579 2-Furanacrylic Acid. Acid 580 2-Furanacrylonitrile. Acid To whom correspondent should be addressed to ATEP NURDJAMAN, PROF. DR™, Jl. Cimindi Utara No.45 RT 03 RW 05 Kelurahan 21 Campaka Kecamatan Andir Kodya Bandung 40184-Indonesia Country, Tlp. CodeCountry-22-6079224 NU COMPOUND NAME GROUP 581 Galactaric Acid. Acid 582 Galactoflavin. Acid 583 D-Galactose. Acid 584 D-Galacturonic Acid. Acid 585 Gelatin. Acid 586 Gentian. Acid 587 Gentisic Acid. Acid 588 Gentrogenin. Acid 589 Geranium. Acid 590 Gibberellins. Acid 591 Glucagon. Acid 592 D-Glucaric Acid. Acid 593 D-Glucoascorbic Acid. Acid 594 Glucose Oxidase. Acid 595 D-Glucuronic Acid. Acid 596 D-Glucuronolactone. Acid 597 Glutamic Acid. Acid 598 L-Glutamic Acid 5-Ethyl Ester. Acid 599 Glutamine. Acid 600 Glutaric Acid. Acid 601 Gluten. Acid 602 Glyceric Acid. Acid 603 Glycerol. Acid 604 Glycerophosphoric Acid. Acid 605 Glyceryl p-Aminobenzoate. Acid 606 Glycine. Acid 607 Glycocholic Acid. Acid 608 Glycogen. Acid 609 Glycolic Acid. Acid 610 Glyconiazide. Acid 611 P-Glycoprotein. Acid 612 Glycyrrhiza. Acid 613 Guanine. Acid 614 Guanosine. Acid 615 D-Gulonic Acid. Acid 616 L-Gulonic Acid. Acid 617 D-Gulose. Acid 618 L-Gulose. Acid 619 Halazone. Acid 620 Hamamelis. Acid 621 Haptoglobins. Acid 622 Hederagenin. Acid 623 Helenynolic Acid. Acid 624 Helicin. Acid 625 Hematoporphyrin. Acid 626 Hemerythrin. Acid 627 Hemicelluloses. Acid 628 Hemin. Acid 629 Heparin. Acid 630 Heptanal. Acid 631 Heptanoic Acid. Acid 632 1-Heptanol. Acid 633 Hexachlorophene. Acid 634 Hirudin. Acid To whom correspondent should be addressed to ATEP NURDJAMAN, PROF. DR™, Jl. Cimindi Utara No.45 RT 03 RW 05 Kelurahan 22 Campaka Kecamatan Andir Kodya Bandung 40184-Indonesia Country, Tlp. CodeCountry-22-6079224 NU COMPOUND NAME GROUP 635 Histamine. Acid 636 Histidine. Acid 637 Homocysteine. Acid 638 Homogentisic Acid. Acid 639 Homoserine. Acid 640 Hopantenic Acid. Acid 641 Hydrocinnamic Acid. Acid 642 Hydrogen Chloride. Acid 643 Hydrogen Fluoride. Acid 644 Hydrogen Iodide. Acid 645 Hydrogen Peroxide. Acid 646 Hydrogen Selenide. Acid 647 Hydrogen Telluride. Acid 648 Hydroxocobalamin. Acid 649 Hydroxyglutamic Acid. Acid 650 Hydroxylamine. Acid 651 N-(4-Hydroxyphenyl)glycine. Acid 652 Hydroxyproline. Acid 653 Hydroxystilbamidine. Acid 654 Immunoglobulins. Acid 655 Inosine. Acid 656 Inosinic Acid. Acid 657 Inositol. Acid 658 Insulin. Acid 659 Iodic Acid. Acid 660 Iodine Pentoxide. Acid 661 Iodinin. Acid 662 Isoascorbic Acid. Acid 663 Isobutyl Acetate. Acid 664 Isocrotonic Acid. Acid 665 Isocyanic Acid. Acid 666 L-Isoglutamine. Acid 667 Isoleucine. Acid 668 Isonicotinic Acid Diethylamide. Acid 669 Isoprene. Acid 670 Isopropyl Nitrite. Acid 671 Isoproterenol. Acid 672 Keratin. Acid 673 Kinetin. Acid 674 Laccaic Acid. Acid 675 Lactate Dehydrogenase. Acid 676 D-Lactic Acid. Acid 677 DL-Lactic Acid. Acid 678 L-Lactic Acid. Acid 679 Lactic Acid Lactate. Acid 680 Lactobacillic Acid. Acid 681 Lecithin. Acid 682 Leucine. Acid 683 Leucopterin. Acid 684 Leukotrienes. Acid 685 Lignans. Acid 686 Linatine. Acid 687 Linoleic Acid. Acid 688 Linolenic Acid. Acid To whom correspondent should be addressed to ATEP NURDJAMAN, PROF. DR™, Jl. Cimindi Utara No.45 RT 03 RW 05 Kelurahan 23 Campaka Kecamatan Andir Kodya Bandung 40184-Indonesia Country, Tlp. CodeCountry-22-6079224 NU COMPOUND NAME GROUP 689 Selenite. Acid 690 Lithocholic Acid. Acid 691 Lumazine. Acid 692 Luminol. Acid 693 Lupulin. Acid 694 Lysergic Acid. Acid 695 Lysine. Acid 696 L-Lysine L-Glutamate. Acid 697 Magnesium Selenite. Acid 698 Maleic Anhydride. Acid 699 Maleic Hydrazide. Acid 700 Malonic Acid. Acid 701 Hydrochloride. Acid 702 Mecloqualone. Acid 703 Meconin. Acid 704 Melanins. Acid 705 Melinamide. Acid 706 Mellitic Acid. Acid 707 Menhaden Oil. Acid 708 l-Menthone. Acid 709 Mercuric Acetate. Acid 710 Mercuric Oleate. Acid 711 Mercuric Sodium Acid 712 p-Phenolsulfonate. Acid 713 Mercuric Sulfide, Black. Acid 714 Mercuric Sulfide, Red. Acid 715 Mesaconic Acid. Acid 716 Mesalamine. Acid 717 meso-Tartaric Acid. Acid 718 Mesoxalic Acid. Acid 719 Metachrome Yellow. Acid 720 Metanilic Acid. Acid 721 Metcaraphen. Acid 722 Methanesulfonyl Chloride. Acid 723 Methantheline Bromide. Acid 724 Methicillin Sodium. Acid 725 Methimazole. Acid 726 Methionic Acid. Acid 727 Methionine. Acid 728 Methoxyamine. Acid 729 Methoxychlor. Acid 730 Methsuximide. Acid 731 Methyl Acetylsalicylate. Acid 732 Methyl Anthranilate. Acid 733 Methyl Bromide. Acid 734 Methyleneaminoacetonitrile. Acid 735 Methylenedigallic Acid. Acid 736 Methyl Fluorosulfonate. Acid 737 Methyl Lactate. Acid 738 Methyl Nicotinate. Acid 739 Methyl Nitrate. Acid 740 Methyl Red. Acid 741 Methyl Salicylate. Acid 742 Methyl Sulfate. Acid To whom correspondent should be addressed to ATEP NURDJAMAN, PROF. DR™, Jl. Cimindi Utara No.45 RT 03 RW 05 Kelurahan 24 Campaka Kecamatan Andir Kodya Bandung 40184-Indonesia Country, Tlp. CodeCountry-22-6079224 NU COMPOUND NAME GROUP 743 Metrizamide. Acid 744 Monosodium Glutamate. Acid 745 Mycarose. Acid 746 Myristic Acid. Acid 747 Myristyl Alcohol. Acid 748 Naphazoline. Acid 749 Naphthacene. Acid 750 1-Naphthaleneacetic Acid. Acid 751 2-Naphthalenethiol. Acid 752 Naphthalic Acid. Acid 753 Nebulin. Acid 754 Netropsin. Acid 755 Neuraminic Acid. Acid 756 Nickel Formate. Acid 757 Nicotinamide. Acid 758 Nicotinic Acid. Acid 759 Nicotinyl Alcohol. Acid 760 Nisin. Acid 761 Nitrenes. Acid 762 Nitric Acid. Acid 763 Nitric Acid, Anhydrous. Acid 764 Nitric Acid, Fuming. Acid 765 Nitrogen Chloride. Acid 766 Nitrogen Fluoride. Acid 767 Nitrogen Pentoxide. Acid 768 Nitrosyl Chloride. Acid 769 Nitrosylsulfuric Acid. Acid 770 Nitrourea. Acid 771 Nitrous Acid. Acid 772 Nitryl Chloride. Acid 773 Nonactin. Acid 774 n-Nonyl Alcohol. Acid 775 Octacosanol. Acid 776 n-Octyl Bromide. Acid 777 Oleic Acid. Acid 778 Olive Oil. Acid 779 Onion Oil. Acid 780 Opium. Acid 781 Ornithine. Acid 782 Oxalic Acid. Acid 783 Oxalyl Chloride. Acid 784 Oxamide. Acid 785 Oxidronic Acid. Acid 786 Oxonic Acid. Acid 787 Oxychlorosene. Acid 788 Oxymorphone. Acid 789 Palladium Diacetate. Acid 790 Palladium Nitrate. Acid 791 Palmidrol. Acid 792 Pangamic Acid. Acid 793 Pantolactone. Acid 794 Papain. Acid 795 Parathyroid Hormone. Acid 796 Penetratin. Acid To whom correspondent should be addressed to ATEP NURDJAMAN, PROF. DR™, Jl. Cimindi Utara No.45 RT 03 RW 05 Kelurahan 25 Campaka Kecamatan Andir Kodya Bandung 40184-Indonesia Country, Tlp. CodeCountry-22-6079224 NU COMPOUND NAME GROUP 797 Penicillanic Acid. Acid 798 Penicillic Acid. Acid 799 Penicillinase. Acid 800 Penicilloyl Polylysine. Acid 801 Penillic Acids. Acid 802 2-Pentene. Acid 803 1-Pentol. Acid 804 Pepsin. Acid 805 Pepstatin. Acid 806 Peracetic Acid. Acid 807 Perforin. Acid 808 Performic Acid. Acid 809 Periodic Acid. Acid 810 Periplocin. Acid 811 Periplocymarin. Acid 812 Phasin. Acid 813 Phenoldisulfonic Acid. Acid 814 p-Phenolsulfonic Acid. Acid 815 Phenoltetrachlorophthalein. Acid 816 Phenoxyacetic Acid. Acid 817 Phensuximide. Acid 818 Phentetiothalein Sodium. Acid 819 Phenylacetaldehyde. Acid 820 Phenylalanine. Acid 821 N-Phenylanthranilic Acid. Acid 822 N-Phenylglycine. Acid 823 N-Phenylmaleimide. Acid 824 1-Phenyl-3-pyrazolidinone. Acid 825 Phenyl Salicylate. Acid 826 Phosphine. Acid 827 Phosphinothricin. Acid 828 Phosphocysteamine. Acid 829 Phosphoric Acid. Acid 830 Phosphorylcholine. Acid 831 Piperic Acid. Acid 832 Piperidine. Acid 833 Pipsyl Chloride. Acid 834 Plasmin. Acid 835 Plasminogen. Acid 836 Platinous Chloride. Acid 837 Plicamycin. Acid 838 Podocarpic Acid. Acid 839 Podophyllic Acids. Acid 840 Polonium Tetrachloride. Acid 841 Polybenzarsol. Acid 842 Polydextrose. Acid 843 Polyestradiol Phosphate. Acid 844 Polyphosphoric Acid. Acid 845 Potassium Bifluoride. Acid 846 Potassium Bitartrate. Acid 847 Potassium Gluconate. Acid 848 Potassium Sorbate. Acid 849 Primidone. Acid 850 Prolactin. Acid To whom correspondent should be addressed to ATEP NURDJAMAN, PROF. DR™, Jl. Cimindi Utara No.45 RT 03 RW 05 Kelurahan 26 Campaka Kecamatan Andir Kodya Bandung 40184-Indonesia Country, Tlp. CodeCountry-22-6079224 NU COMPOUND NAME GROUP 851 Proline. Acid 852 Propionic Acid. Acid 853 Propionic Anhydride. Acid 854 Propionitrile. Acid 855 Propyl Acetate. Acid 856 Propyl Ether. Acid 857 n-Propyl Nitrate. Acid 858 n-Propyl Nitrite. Acid 859 Proscillaridin. Acid 860 Prostacyclin. Acid 861 Protein Hydrolysates. Acid 862 Purothionin. Acid 863 Pyrazinamide. Acid 864 Pyrazinoic Acid. Acid 865 Pyrethrins. Acid 866 Pyridine 1-Oxide. Acid 867 Pyridinium Bromide Acid 868 Pyridoxamine Dihydrochloride. Acid 869 Pyrithiobac. Acid 870 Pyrocatechol. Acid 871 Pyrogallol. Acid 872 L-Pyroglutamic Acid. Acid 873 Pyromellitic Acid. Acid 874 1H-Pyrrole. Acid 875 3-Pyrroline. Acid 876 Pyruvic Acid. Acid 877 Quinine Oleate. Acid 878 Quinizarin. Acid 879 Quinoline. Acid 880 Quinone. Acid 881 Raffinose. Acid 882 Ranitidine. Acid 883 Relaxin. Acid 884 Renin. Acid 885 Rennin. Acid 886 Retene. Acid 887 Reticulin. Acid 888 Reviparin Sodium. Acid 889 Rhizopterin. Acid 890 Rhodopsin. Acid 891 Riboflavin Monophosphate. Acid 892 Ribonuclease. Acid 893 Ribonucleic Acid. Acid 894 D-Ribose. Acid 895 Rifabutin. Acid 896 Ritipenem. Acid 897 Rosin. Acid 898 Rubber. Acid 899 Rufigallol. Acid 900 Saccharin. Acid 901 Salicylanilide. Acid 902 Salicylic Acid. Acid 903 Salicylsulfuric Acid. Acid 904 Salmine Sulfate. Acid To whom correspondent should be addressed to ATEP NURDJAMAN, PROF. DR™, Jl. Cimindi Utara No.45 RT 03 RW 05 Kelurahan 27 Campaka Kecamatan Andir Kodya Bandung 40184-Indonesia Country, Tlp. CodeCountry-22-6079224 NU COMPOUND NAME GROUP 905 Sebacic Acid. Acid 906 Sebacil. Acid 907 Secretin. Acid 908 Selenium Bromide. Acid 909 Selenium Chloride. Acid 910 Selenium Oxide. Acid 911 Selenium Oxychloride. Acid 912 Selenium Sulfides. Acid 913 Selenium Tetrabromide. Acid 914 Selenium Tetrachloride. Acid 915 Selenocysteine. Acid 916 Serum Albumin. Acid 917 Silane. Acid 918 Silver Selenate. Acid 919 Silver Selenite. Acid 920 Silver Sulfate. Acid 921 Soap. Acid 922 Sodium Cacodylate. Acid 923 Sodium Diacetate. Acid 924 Sodium Gluconate. Acid 925 Sodium Glycerophosphate. Acid 926 Sodium Iodomethamate. Acid 927 Sodium Polyanetholesulfonate. Acid 928 Sodium Selenite. Acid 929 Sodium Silicate Solution. Acid 930 Sorbic Acid. Acid 931 Sorbitan Esters. Acid 932 Soybean. Acid 933 Soybean Oil. Acid 934 Soy Sauce. Acid 935 Stannic Fluoride. Acid 936 Stannic Selenide. Acid 937 Stannic Selenite. Acid 938 Star Anise. Acid 939 Starch, Soluble. Acid 940 Storax. Acid 941 Stramonium. Acid 942 Streptidine. Acid 943 Streptobiosamine. Acid 944 Streptonicozid. Acid 945 Strophanthidin. Acid 946 Strophanthus. Acid 947 Styrene Glycol. Acid 948 Suberic Acid. Acid 949 Subtilin. Acid 950 Succinamide. Acid 951 Succinanil. Acid 952 Succinic Acid. Acid 953 Succinic Anhydride. Acid 954 Succinimide. Acid 955 Succinylcholine Iodide. Acid 956 Sucrose Polyester. Acid 957 Sulfamic Acid. Acid 958 Sulfanilic Acid. Acid To whom correspondent should be addressed to ATEP NURDJAMAN, PROF. DR™, Jl. Cimindi Utara No.45 RT 03 RW 05 Kelurahan 28 Campaka Kecamatan Andir Kodya Bandung 40184-Indonesia Country, Tlp. CodeCountry-22-6079224 NU COMPOUND NAME GROUP 959 . Acid 960 Sulfur Trioxide. Acid 961 Sulphan Blue. Acid 962 Tachysterol. Acid 963 Tannic Acid. Acid 964 D-Tartaric Acid. Acid 965 L-Tartaric Acid. Acid 966 Telluric(VI) Acid. Acid 967 Terpenylic Acid. Acid 968 Tetraethyl Pyrophosphate. Acid 969 2,5-Tetrahydrofurandimethanol. Acid 970 Tetranitromethane. Acid 971 Tetrasilane. Acid 972 Thiamine Diphosphate. Acid 973 Thioacetic Acid. Acid 974 Thiocarbamizine. Acid 975 Thiocarbarsone. Acid 976 Thioctic Acid. Acid 977 Thiocyanic Acid. Acid 978 Thioglycolic Acid. Acid 979 Thiolactic Acid. Acid 980 Thiophenol. Acid 981 Thioredoxin. Acid 982 Thiosalicylic Acid. Acid 983 Thymidine. Acid 984 Thymine. Acid 985 Thymomodulin. Acid 986 Thymopoietin. Acid 987 Thyroxine. Acid 988 Ticrynafen. Acid 989 Tiglic Acid. Acid 990 Tolfenamic Acid. Acid 991 Tolnaftate. Acid 992 o-Toluamide. Acid 993 Toluene-3,4-dithiol. Acid 994 p-Toluenesulfinic Acid. Acid 995 p-Toluenesulfonic Acid. Acid 996 p-Toluenesulfonyl Chloride. Acid 997 Toluic Acid. Acid 998 Toxoflavin. Acid 999 Toxohormone. Acid 1000 Transferrins. Acid 1001 Trichloroacetaldehyde. Acid 1002 Trichloroacetic Acid. Acid 1003 Tropesin. Acid 1004 Tropomyosins. Acid 1005 Trospium Chloride. Acid 1006 Truxillic Acid. Acid 1007 Trypan Blue. Acid 1008 Trypan Red. Acid 1009 Tryparsamide. Acid 1010 Tryptophan. Acid 1011 Tyrocidine. Acid 1012 Tyrosine. Acid To whom correspondent should be addressed to ATEP NURDJAMAN, PROF. DR™, Jl. Cimindi Utara No.45 RT 03 RW 05 Kelurahan 29 Campaka Kecamatan Andir Kodya Bandung 40184-Indonesia Country, Tlp. CodeCountry-22-6079224 NU COMPOUND NAME GROUP 1013 Ubiquitin. Acid 1014 Uracil. Acid 1015 Urea Stibamine. Acid 1016 Uridine. Acid 1017 Urinastatin. Acid 1018 Urokinase. Acid 1019 Valine. Acid 1020 Valinomycin. Acid 1021 Vanadium Trisulfate. Acid 1022 Vanilla. Acid 1023 Vanilmandelic Acid. Acid 1024 Vitamin K. Acid 1025 Xanthan Gum. Acid 1026 Xanthine. Acid 1027 Xanthosine. Acid 1028 Xylulose. Acid 1029 Zinc Citrate. Acid 1030 Zinc Formate. Acid 1031 Zinc Lactate. Acid 1032 Zinc Propionate. Acid 1033 Zinc Selenate. Acid 1034 Zinc Stearate. Acid 1035 Zinc Valerate. Acid 1036 Zinostatin. Acid 1037 Methyl-1-butanol Alcohol 1038 Alanine. Aldehyde 1039 Coniferyl Alcohol. Aldehyde 1040 3-Dehydroretinal. Aldehyde 1041 1,4-Diphenyl-1,3-butadiene. Aldehyde 1042 Gluconic Acid. Aldehyde 1043 Glyceric Acid. Aldehyde 1044 Histamine. Aldehyde 1045 Nitrefazole. Aldehyde 1046 n-Nonyl Alcohol. Aldehyde 1047 Protocatechualdehyde. Aldehyde 1048 Retinal. Aldehyde 1049 Solasulfone. Aldehyde 1050 Sorbic Alcohol. Aldehyde 1051 Methoxy benzaldehyde Aldehyde 1052 Methyl benzaldehyde Aldehyde 1053 Diethylether Ether 1054 Benzaldehyde Aldehyde 1055 Maleicanhydride Misc 1056 Anserine. Amine 1057 Betaine. Amine 1058 Betonicine. Amine 1059 Chlordimeform. Amine 1060 Chlorphenesin. Amine 1061 N-Hydroxyethylpromethazine Amine 1062 Chloride. Amine 1063 Isomaltol. Amine 1064 Monoamine Oxidase. Amine 1065 Octopamine. Amine To whom correspondent should be addressed to ATEP NURDJAMAN, PROF. DR™, Jl. Cimindi Utara No.45 RT 03 RW 05 Kelurahan 30 Campaka Kecamatan Andir Kodya Bandung 40184-Indonesia Country, Tlp. CodeCountry-22-6079224 NU COMPOUND NAME GROUP 1066 Phenethylamine. Amine 1067 Phenylpropanolamine Amine 1068 Hydrochloride. Amine 1069 Procaterol. Amine 1070 Serotonin. Amine 1071 Soap. Amine 1072 2,2,2-Trichloroethanol. Amine 1073 Trimethylamine. Amine 1074 Turicine. Amine 1075 p-Xenylcarbimide. Amine 1076 Acetanilide. Aniline 1077 Acetoacetanilide. Aniline 1078 Alizarine Yellow R. Aniline 1079 1-Aminoanthraquinone. Aniline 1080 p-Aminoazobenzene. Aniline 1081 p-Aminopropiophenone. Aniline 1082 Aniline Mustard. Aniline 1083 1-Anilino-8-naphthalenesulfonate Aniline 1084 Arsanilic Acid. Aniline 1085 Benzanilide. Aniline 1086 Benzene. Aniline 1087 Benzophenone-6. Aniline 1088 Benzylaniline. Aniline 1089 Benzylideneaniline. Aniline 1090 p-Bromoaniline. Aniline 1091 Carbanilide. Aniline 1092 Cyclohexylamine. Aniline 1093 Diethylaniline. Aniline 1094 N,N-Dimethylaniline. Aniline 1095 Diphenylamine. Aniline 1096 Ethyl Alcohol, Denatured. Aniline 1097 Ethylaniline. Aniline 1098 Hydroquinone. Aniline 1099 Iodobenzene. Aniline 1100 Lepidine. Aniline 1101 2-Mercaptobenzothiazole. Aniline 1102 Methylaniline. Aniline 1103 m-Nitroaniline. Aniline 1104 Oxybenzone. Aniline 1105 Phenazine. Aniline 1106 Phenazopyridine Hydrochloride. Aniline 1107 Phenosafranin. Aniline 1108 N-Phenylanthranilic Acid. Aniline 1109 N-Phenylglycine. Aniline 1110 Phenylhydrazine. Aniline 1111 Phenyl Isocyanate. Aniline 1112 Phenylthiourea. Aniline 1113 Phenylurea. Aniline 1114 Phenylurethan(e). Aniline 1115 Pyridoxine Hydrochloride. Aniline 1116 Quinaldine. Aniline 1117 Quinoline. Aniline 1118 Quinone. Aniline 1119 Salicylanilide. Aniline To whom correspondent should be addressed to ATEP NURDJAMAN, PROF. DR™, Jl. Cimindi Utara No.45 RT 03 RW 05 Kelurahan 31 Campaka Kecamatan Andir Kodya Bandung 40184-Indonesia Country, Tlp. CodeCountry-22-6079224 NU COMPOUND NAME GROUP 1120 Succinanilic Acid. Aniline 1121 Sulfanilic Acid. Aniline 1122 2,4,6-Tribromoaniline. Aniline 1123 Acenaphthene. Aromatic 1124 Acetimidoquinone. Aromatic 1125 Acetophenone. Aromatic 1126 Aceturic Acid. Aromatic 1127 Aluminum Isopropoxide. Aromatic 1128 Benzene. Aromatic 1129 Benzenesulfonic Acid. Aromatic 1130 Benzenesulfonyl Chloride. Aromatic 1131 Benzophenone. Aromatic 1132 Benzoyl Isothiocyanate. Aromatic 1133 Borazine. Aromatic 1134 Bromobenzene. Aromatic 1135 sec-Butylbenzene. Aromatic 1136 Carbic Anhydride. Aromatic 1137 Chlorobenzene. Aromatic 1138 Cyclohexane. Aromatic 1139 Dibenzyl Phosphite. Aromatic 1140 1,3-Dichloropropene. Aromatic 1141 2,4-Dinitrobenzenesulfenyl Chloride. Aromatic 1142 Diphenylmethane. Aromatic 1143 Diphenyl Sulfone. Aromatic 1144 Ethyl Alcohol, Denatured. Aromatic 1145 Gasoline. Aromatic 1146 Isobutylbenzene. Aromatic 1147 Isobutyl Carbamate. Aromatic 1148 Kerosene. Aromatic 1149 Magnesium Permanganate. Aromatic 1150 Maleic Acid. Aromatic 1151 Maleic Anhydride. Aromatic 1152 Mucochloric Anhydride. Aromatic 1153 Neophyl Chloride. Aromatic 1154 Nitrobenzene. Aromatic 1155 o-Nitrobiphenyl. Aromatic 1156 Nitrogen Selenide. Aromatic 1157 Pentylenetetrazole. Aromatic 1158 Petroleum. Aromatic 1159 Phenanthrene. Aromatic 1160 Picric Acid. Aromatic 1161 Propiophenone. Aromatic 1162 Pyromellitic Acid. Aromatic 1163 Styrene. Aromatic 1164 Succinanilic Acid. Aromatic 1165 Succinylsulfathiazole. Aromatic 1166 Tetracyanoethylene. Aromatic 1167 Thianaphthene. Aromatic 1168 Thiophene. Aromatic 1169 Toluene. Aromatic 1170 Triphenylmethane. Aromatic 1171 Xylenol. Aromatic 1172 Acetonylacetone. Ester 1173 Amdinocillin Pivoxil. Ester To whom correspondent should be addressed to ATEP NURDJAMAN, PROF. DR™, Jl. Cimindi Utara No.45 RT 03 RW 05 Kelurahan 32 Campaka Kecamatan Andir Kodya Bandung 40184-Indonesia Country, Tlp. CodeCountry-22-6079224 NU COMPOUND NAME GROUP 1174 Amidomycin. Ester 1175 p-Aminobenzoic Acid. Ester 1176 2-Aminopropanol. Ester 1177 Barbital. Ester 1178 Barium Titanate(IV). Ester 1179 Benzyl Alcohol. Ester 1180 Sulfosuccinate. Ester 1181 n-Butyl Mercaptan. Ester 1182 Butyric Acid. Ester 1183 Butyric Anhydride. Ester 1184 Cephalins. Ester 1185 Cyclobutyrol. Ester 1186 Cyclopentobarbital. Ester 1187 Diazoacetic Ester. Ester 1188 Difenoxin. Ester 1189 N,N-Dimethylglycine Ester 1190 Hydrazide Hydrochloride. Ester 1191 Dipivefrin. Ester 1192 Erythromycin Acistrate. Ester 1193 Erythromycin Stearate. Ester 1194 Euprocin. Ester 1195 Fluocortin Butyl. Ester 1196 p-Fluorobenzoic Acid. Ester 1197 Fluoromethane. Ester 1198 Glutaric Acid. Ester 1199 Glycogen. Ester 1200 Heptanal. Ester 1201 Phosphorothioate. Ester 1202 L-Isoglutamine. Ester 1203 Isonicotinic Acid. Ester 1204 Lecithin. Ester 1205 Lipase. Ester 1206 Mesoxalic Acid. Ester 1207 Methyldopa. Ester 1208 Mycophenolic Acid. Ester 1209 Nicotinyl Alcohol. Ester 1210 Norvaline. Ester 1211 Nucleic Acids. Ester 1212 Palmitic Acid. Ester 1213 Pectin. Ester 1214 Pelargonic Acid. Ester 1215 Phenyl Aminosalicylate. Ester 1216 2,5-Piperazinedione. Ester 1217 Pivalic Acid. Ester 1218 Polyestradiol Phosphate. Ester 1219 3-Quinuclidinol. Ester 1220 Succinamide. Ester 1221 Succinylcholine Iodide. Ester 1222 Sultamicillin. Ester 1223 Triamcinolone Hexacetonide. Ester 1224 2,2,2-Trichloroethanol. Ester 1225 Trimedlure. Ester 1226 Tropesin. Ester 1227 Tryptophol. Ester To whom correspondent should be addressed to ATEP NURDJAMAN, PROF. DR™, Jl. Cimindi Utara No.45 RT 03 RW 05 Kelurahan 33 Campaka Kecamatan Andir Kodya Bandung 40184-Indonesia Country, Tlp. CodeCountry-22-6079224 NU COMPOUND NAME GROUP 1228 Acetoxime. Ether 1229 Aluminum Hydride. Ether 1230 Aluminum Lithium Hydride. Ether 1231 Aspidinol. Ether 1232 Batyl Alcohol. Ether 1233 1,2-Benzopyran. Ether 1234 Benzyl Bromide. Ether 1235 Beryllium Hydride. Ether 1236 Boron Trifluoride Etherate. Ether 1237 sec-Butyl Iodide. Ether 1238 n-Butyl Mercaptan. Ether 1239 tert-Butyl Nitrite. Ether 1240 2-Chloroethyl Vinyl Ether. Ether 1241 Chloromethyl Methyl Ether. Ether 1242 Cholesterol. Ether 1243 Chromium Carbonyl. Ether 1244 Cumic Alcohol. Ether 1245 Cupferron. Ether 1246 Curvularin. Ether 1247 Cyclobutane. Ether 1248 Cyclohexylcarbinol. Ether 1249 Cyclopentane. Ether 1250 Cyclopentanol. Ether 1251 Cyclopentanone. Ether 1252 Diazomethane. Ether 1253 Diethylmagnesium. Ether 1254 Diethyl Sulfate. Ether 1255 1,2-Dimethoxyethane. Ether 1256 2,6-Dimethoxyquinone. Ether 1257 Dimethyl Sulfate. Ether 1258 1,1-Diphenylethene. Ether 1259 Ethyl Alcohol, Denatured. Ether 1260 Ethyl Phosphorochloridite. Ether 1261 Glyceraldehyde 3-Phosphate. Ether 1262 Glycidol. Ether 1263 Hemipyocyanine. Ether 1264 Hemoglobin. Ether 1265 Heptanal Sodium Bisulfite. Ether 1266 n-Hexane. Ether 1267 Hydrazoic Acid. Ether 1268 Hydroxypropyl Cellulose. Ether 1269 Hydroxypropyl Methylcellulose. Ether 1270 Isonitrosoacetone. Ether 1271 Ligroin. Ether 1272 Lupulin. Ether 1273 Magnesium Amide. Ether 1274 Maytansine. Ether 1275 Mechlorethamine Oxide Ether 1276 Hydrochloride. Ether 1277 2-(Methoxymethyl)-5-nitrofuran. Ether 1278 1-Methoxy-3-(trimethylsilyloxy)- Ether 1279 1,3-butadiene. Ether 1280 Methyl Fluorosulfonate. Ether 1281 17-Methyltestosterone. Ether To whom correspondent should be addressed to ATEP NURDJAMAN, PROF. DR™, Jl. Cimindi Utara No.45 RT 03 RW 05 Kelurahan 34 Campaka Kecamatan Andir Kodya Bandung 40184-Indonesia Country, Tlp. CodeCountry-22-6079224 NU COMPOUND NAME GROUP 1282 4-Methyl-5-thiazoleethanol. Ether 1283 Myristicin. Ether 1284 . Ether 1285 Nimbiol. Ether 1286 Pentane. Ether 1287 1-Pentene. Ether 1288 Phenoxazine. Ether 1289 o-Phenylphenol. Ether 1290 Pimenta. Ether 1291 Pinosylvin. Ether 1292 Plasmalogens. Ether 1293 Proscillaridin. Ether 1294 Pyrocatechol. Ether 1295 Sarmentose. Ether 1296 Spirit of Ether. Ether 1297 Spirit of Ether Compound. Ether 1298 Syringaldehyde. Ether 1299 3,4,5,6-Tetrabromo-o-cresol. Ether 1300 Tetraglyme. Ether 1301 Trichlorourethan. Ether 1302 Triphenylmethane. Ether 1303 Tubocurarine Chloride. Ether 1304 Xylenol. Ether 1305 Benzophenone. Ketone 1306 Diacetyl. Ketone 1307 Diazomethane. Ketone 1308 1,2:5,6-Dibenzanthracene. Ketone 1309 Ethyl Alcohol, Denatured. Ketone 1310 2-Heptanol. Ketone 1311 2-Heptanone. Ketone 1312 N-Hydroxyethylpromethazine Ketone 1313 Isobutyl Acetate. Ketone 1314 Isoflavone. Ketone 1315 Methacrylic Acid. Ketone 1316 Methamphetamine. Ketone 1317 Methyl Pyridyl Ketone. Ketone 1318 Methyl Vinyl Ketone. Ketone 1319 Phenylacetone. Ketone 1320 Pholedrine. Ketone 1321 Spectinomycin. Ketone 1322 Sulfonethylmethane. Ketone 1323 Tremetone. Ketone 1324 Trimethyl phosponoacetate Misc 1325 Valine Misc I WILL ADDDED THE NUMBERS OF ORGANIC COMPOUNDS IN FUTURE IF NECESSARY (AN)

Methods. All sheets of 1H NMR spectra of each compounds observed and examined to the main peaks; OCH3 peak, CH3 peak, OH peak, CH2 peak, CH peak, N peak, and Cl peak that appears accompanies by small peaks (RAN), and counted the numbers of RAN for each peaks, and also shape of RAN (example: singlet, doublet, triplet, quartet, etc). Beside all, see the conectivities of RAN and also each element off course to find the relation between one RAN and others on every NMR experiments (HSQC, H-H COSY, HMBC, D2O EXPERIMENT, IR NMR EXPERIMENT, NOE, AND NOESY)

Results To whom correspondent should be addressed to ATEP NURDJAMAN, PROF. DR™, Jl. Cimindi Utara No.45 RT 03 RW 05 Kelurahan 35 Campaka Kecamatan Andir Kodya Bandung 40184-Indonesia Country, Tlp. CodeCountry-22-6079224 As you can see in aboved before Introduction that explained the result. For each compounds who observed and examined will published in separated scientific work paper publication, soon.

Conclusion THERES REGULARY OF NUMBERS OF SMALL PEAKS (RAN™ OR RIKE(T or N) ATEP NURDJAMAN™ OR RAN-CONNECTOR HANDS) TOGETHER WITH EACH PEAKS ; CH3 PEAK, OH PEAK, OCH3 PEAK, CH2 PEAK, CH PEAK, N PEAK, AND CL PEAK. BASED ON THESE FACT-FINDING DATA ON 1H NMR GRAPH , I DECIDED THAT EACH ELEMENTS WHO APPEARS ON 1H NMR HAS: 1. Element of Carbon (C) has 2 RAN or 2 Riket Atep Nurdjaman™ or 2 RAN-Connector Hands 2. Element of Oxygen (O) has 2 RAN or 2 Riket Atep Nurdjaman™ or 2 RAN-Connector Hands 3. Element of Nitrogen (N) has 2 RAN or 2 Riket Atep Nurdjaman™ or 2 RAN-Connector Hands 4. Element of Chlor (Cl) has 2 RAN or 2 Riket Atep Nurdjaman™ or 2 RAN-Connector Hands 5. Element of Hydrogen (H) doesn’t has RAN or doesn’t has Riket Atep Nurdjaman™ or doesn’t has RAN-Connector Hands All explanation in aboved before Introduction is conclusion also.

Recomendation Please check your sheets of NMR of your compounds, and observed seeing the existing of RAN™ (Rike(t or n) Atep Nurdjaman™ or RAN- Connector Hands), I am sure all of 1H NMR of your each compounds has RAN that identified as small peaks who together with each peaks of CH3, each peaks of OH, each peaks of OCH3, each peaks of CH2, each peaks of CH, each peaks of N, and each peaks of Cl. THERES REGULARY IN NUMBERS OF RAN WHO AS PART OF IDENTIFICATION OF EACH PEAKS (CH3, OH, OCH3, CH2, CH, N, CL) ON 1H NMR WHO APPEARS ON YOUR NMR SPECTRUM.

References 1. Silverstein, Robert M., Webster, Francis X., Spectrometric Identification of Organic Compounds., Sixth Edition, John Wiley & Sons, Inc., 1998. All pages used for crosscheck references to proved existing RAN™ (Rike(t or n) Atep Nurdjaman™ or RAN-connector Hands) on every spectra that available and also to claimed theory about proton Nuclear Magnetic Resonance (NMR) that tell small peaks was spinning site bands, and proved that small peaks is not spinning site bands but peaks appeared as same just like others peaks (CH3, OH, OCH3, CH2, CH, N, Cl). The peaks (small peaks who accompanies the strong absorption peaks (CH3, OH, OCH3, CH2, CH, N, Cl)) gived name by me-myself(Atep Nurdjaman™) as RAN™ (Rike(t or n) Atep Nurdjaman™ or RAN-Connector Hands). This finding (;RAN proved by NMR experiments) has been turn over the theory of structure elucidation of organic compound who existing now and maked more easier to determined connectivity not only in level of one molecule but also in level unlimited numbers of molecules. The RAN also supported theory that I claimed is the best theory for revealed connectivities in organic compounds, not only in level one molecule but also in level unlimited quantities of organic compounds, all theories, each, is: 1-Theory Connectivity of Element AN, 2-Theory Connectivity of Structure Organic Compound AN, and 3-Theory Connectivity to Determined Chemical Reaction on Atep Nurdjaman™ Laws or Chemical Reaction for-on Atep Nurdjaman™. 2. Hundreds of compounds has been observed and examined due to revealed and proved existing of RAN™ (Rike(t or n) Atep Nurdjaman™ or RAN-Connector Hands) on 1H NMR spectra and others. See details on my publication on scientific paper work or in CD-ROM or in my official site for publish my research.

Picture 4. Shown connectivites of 4 molecule (I taked example, should more but becaused limited space, and off course it is impossible I draw million of molecules in one page so I draw only 4 molecules) of AC5 based on NMR experiments. I found the different of each molecule connectivity based on RAN-RAN connectivities that shown by black line, meanwhile the simmilarity RAN-RAN connectivity in level of AC5 molecules shown only by 1H -1H COSY experiment, easily. (SEE NEXT PAGE)

======SUSPEND======CONTINUED TO THE NEXT PAGES ======To whom correspondent should be addressed to ATEP NURDJAMAN, PROF. DR™, Jl. Cimindi Utara No.45 RT 03 RW 05 Kelurahan 36 Campaka Kecamatan Andir Kodya Bandung 40184-Indonesia Country, Tlp. CodeCountry-22-6079224 H OH H OH H C H H C 3 AC5 3 H AC5 OCH3 OCH3 H3C H3C O O O O O O

O OH O OH OCH3 OCH3

OCH3 OCH3

RAN 1 RAN 1

1 1 H 2 OH H 2 O H

RAN 2 RAN 2 RAN 1 RAN 1

1 1 H 2 OH H 2 O H

RAN 2 RAN 2 RAN 1 RAN 1

1 1 H 2 OH H 2 O H

RAN 2 RAN 2 RAN 1 RAN 1

1 1 H 2 OH H 2 O H

RAN 2 RAN 2

H OH H OH H C H H C 3 AC5 3 H AC5 OCH3 OCH3 H3C H3C OO O O O O

O OH O OH OCH3 OCH3

OCH3 OCH3

RAN 1 RAN 1

1 1 H 2 OH H 2 O H

RAN 2 RAN 2 RAN 1 RAN 1

1 1 H 2 OH H 2 O H

RAN 2 RAN 2 RAN 1 RAN 1

1 1 H 2 OH H 2 O H

RAN 2 RAN 2 RAN 1 RAN 1

1 1 H 2 OH H 2 O H

RAN 2 RAN 2

To whom correspondent should be addressed to ATEP NURDJAMAN, PROF. DR™, Jl. Cimindi Utara No.45 RT 03 RW 05 Kelurahan 37 Campaka Kecamatan Andir Kodya Bandung 40184-Indonesia Country, Tlp. CodeCountry-22-6079224