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Epigenetics and phenotypic plasticity: Methods of assessment and actionable consequences.
PETER J. D’ADAMO, ND, MIFHI
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P4 Medicine
Leroy Hood Institute For Systems Biology Seattle Washington Predict
Prevent Personalize
Participate
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GENERATIVISM
(PREDICT)
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GENERATIVE SCIENCE
Generative
Adjective /ˈjenərətiv/ /-ˌrātiv/ /ˈʤɛnəˌreɪdɪv/
Able to produce • the generative power of the life force
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Generative Medicine
• Is the interdisciplinary and multidisciplinary specialty that explores life at the physical, biological and social levels as emergent processes
• Shows how deterministic and finite rules and parameters in the natural processes interact with each other to generate indeterministic and infinite results
• Explores complex life processes as generating through continuous interactions between elemental entities on parsimonious and simple universal rules and parameters • Embodies the fundamental principles of holism • Basic unit is the Complex Adaptive System 5
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The Paradigm
• The generative paradigm is a meta-model of how and why events occur in living systems • Embodies the fundamental principles of holism, • Result from the phenomena of emergence • A tendency for complex interactions to produce unanticipated, or even counterintuitive, results • Basic unit is the complex adaptive system
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The Paradigm
• Dominated by scale-free networks and power-law probabilities (80/20 rules) • Not gaussian (bell-shaped) probabilities • Usually features a large number of interacting components, such as agents, variables and processes • Known as the state-space of the system
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GAUSSIAN (MEDIOCRISTAN)
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NORMALISTAN
Number of cities population >500,00
0 2 3 4 5 Number of connecting interstates 11
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POWER-LAW (EXTERMISTAN)
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Why the rich always get richer
1 10 10 100 100 1000
Power-law J shaped probability curve
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Power laws in life
• Pareto’s Distribution: 80% of the wealth is owned by 20% of the population • Zipf’s Law: The distribution of words ranked by their frequency in a random body of text is generally a power-law distribution • Size of sand granules • Google rankings • Ritualization : repetitive use of pathways • Hebb's rule: cells that fire together wire together
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3/4 POWER LAW
The first accurate measurements of body mass versus metabolic rate by Kleiber in 1932 shows that the metabolic rate R for all organisms follows exactly the 3/4 power-law of the body mass, i.e.,
¾ R0 ~ M 15
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4/3 POWER LAW
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FRACTAL TREES
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LIVING SYSTEMS SHRED-OUT
Cell Membrane James Grier Miller, Living Systems. McGraw Hill, New York, NY. (1978)
Parenchyma
Integument (skin)
Customs
Miller’s shred-out is an early example of Membership what is now known as a scale free network
Border
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THINKING IN NETWORKS
• Graph theory is the study of graphs: mathematical structures used to model pairwise relations between objects from a certain collection. • A network is a directed graph (digraph) with weighted edge. • Network theory is an area of computer science and network science and part of graph theory. • Systems biology is the study of biologic circuitry
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A SIMPLE GRAPH NETWORK
• Analyzing networks involves graph theory • Connectors are known as nodes • Connections are known as edges • Edges can be directed or undirected
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DANCING WITH NETWORKS
(PREVENT / ANTICIPATE)
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Perturbations and robustness
• Perturbation synonymous with disturbance • Robust systems respond efficiently to perturbations • Extrinsic (environmental) or Intrinsic (homeodynamic) • Fragile Systems: • Cannot handle basic perturbations • Are over-optimized for specific perturbations • Antifragile systems actually improve with disruption
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System fragility
• A system that is optimized for a specific perturbation inevitably entails extreme fragility for unexpected perturbations • These kind of trade-offs are common in biological systems
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Fine-tuning
• Properties that are not robust are called fine-tuned • Each is the opposite of the other • These properties change significantly when biological parameters are altered • Fine-tuning usually involves some aspect of noise reduction
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The more you anticipate the needs of a complex network the more you risk increasing its fragility.
'Sometimes too much good is no good.'
James D'Adamo
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KEGG (Kyoto Encyclopedia of Genes and Genomics)
Diseases are perturbations of the molecular system
Drugs are peturbants of the molecular system
Please note paradox here.
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Network Medicine
• Hubs • None-essential disease genes tend to avoid hubs • In-utero essential genes tend to be associated with hubs • Local hypothesis • Proteins involved in the same disease have an increased tendency to interact with each other • Mutations in interacting proteins often lead to similar disease phenotypes
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Disease networks • Disease module hypothesis • Cellular components associated with a specific disease phenotype show a tendency to cluster in the same network neighborhood • In-utero essential genes tend to be associated with hubs • Network parsimony principle • Causal molecular pathways often coincide with the shortest molecular paths between known disease associated components • Shared components hypothesis • Diseases that share disease associated cellular components (genes, proteins, metabolites, micro RNA) show phenotypic similarity and comorbidity 30
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Noise and information
• Most noise in complex adaptive systems stems from random (stochastic) events • Cellular noise: entropy, thermal variants, collisions etc. • Intrinsic cellular noise: variation in regulated quantities inside a single cell • Extrinsic cellular noise: variation between identical cells in a population • Living systems either export their entropy (negentropy) or use information to resolve uncertainty
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Noise and information
• Information could be treated very much like any other physical quantity such as mass or energy via its ability to surprise • To understand how information can be quantified we need to divorce ourselves from the all-too-human tendency to equate information with meaning
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Generative Strategies
• Increasing robustness is a good strategy in an unstable system • Fine-tuning is a good strategy in stable systems that function in stochastic type environments • Dithering: the intentional application of perturbation • Can help fine-tuning mechanisms 'unstick' due to ratcheting error where an intended mechanism may lack sufficient free energy to continue • Simulated annealing: adding stochastic noise to a system to improve improve information carrying capacity 34
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Generative Entrenchment
• Term coined by William Wimsatt in 2007
• The adoption and propagation of sub-optimal solutions in a fitness landscape can lead to generative entrenchment
• A genetic mutation or recombination that affects the earliest stage of development will have more side effects down the road than would one which first acted later and many of these would likely be maladaptive.
• VHS cassette tape format versus Sony Betamax
• ‘Small World Phenomena’
• Accumulation of epimutations in aging 36 CENTER OF EXCELLENCE IN GENERATIVE MEDICINE
The goal should not be to eliminate errors, but to recognize and metabolize them.
-William Wimsatt
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EPIGLYCOMIC PHENOTYPES
( PERSONALIZE )
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Glycoconjugates are increasingly gaining recognition as important operative high-density information coding systems and as an elaborate enzymatic machinery enabling cells to be versatile enough to produce a glycan profile (glycome) as characteristic as a fingerprint. (1)
Gabius HJ and Wu AM. The emerging functionality of endogenous lectins: A primer to the concept and a case study on galectins including medical implications. , 2006.Chang Gung Medical Journal, 29(1), pp. 37-62.
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Aberrant N-linked glycosylation O-linked
‘Hard glycosylation’ ‘Soft glycosylation’ • Endoplasmic reticulum/ Golgi • Mucins • Receptor glycosylation • Barrier defenses • Protein tagging • Adhesion molecules • Tumor antigens
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Factors influencing glycosylation
• Animal species • Blood group specificity • Age • Site in the intestines • Position along the crypt/ villus axis • Diet • Pathology • Cancer • Inflammation • State of differentiation and maturation • Bacterial status
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N-glycans and protein folding • Interact with chaperone proteins in the endoplasmic reticulum • Chaperone proteins aid the folding of the attached protein • Decreased in Alzheimer’s Disease • ER stress • Unfolded Protein Response • Hormesis
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Protein Tagging
Ubiquitination Epigenetic modification
Aberrant N-linked glycosylation Transcription factor inactivation Autophagy
Housekeeping Apoptosis ER Stress
Programmed cell death Drugs, xenobiotics, Receptor lectins etc agonism Unfolded Heat Shock Protein Response Most receptors Response heavily glycosylated
Autoimmune disease Hormetic Response Neurodegenerative Aging
Molecular chaperones Phenotypic canalization 43
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O-linked glycans
• Glycan attached to the oxygen atom of serine or threonine side chains • Most common O-linked glycoproteins are often termed mucins • Ubiquitous in mucous secretions on cell surfaces and in body fluids
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Transcription factor inactivation Epigenetic Histone Ubiquitination modification acetylation
N-linked Aberrant Autophagy glycosylation O-linked ER Stress
Apoptosis
Unfolded Heat Shock Protein Receptor Dysbiosis Response Response agonism Tumor Hormetic antigens Response
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Blood groups and microbiome
• Colonic bacteria degrade ABH mucins • ABH mucin breakdown byproducts → bacterial substrate + source of free colonic SCFA
• Degradative colonic bacteria also blood group specific • Some strains are 50,000x more likely in particular ABO groups
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ABH antigen distribution
• Tongue, salivary glands • Thyroid • Lung and pericardium • Endothelium • Liver and pancreas • Stomach • Intestines • Ovary and prostate • Mucosal surfaces 47
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Secretor status
• ABO is the blood group system • ABH describes the antigens • A secretor (FUT2+) possesses the gene to secrete unbound, free-form ABH antigen into body fluids • A non-secretor does not (FUT2-) • Non-secretors are about 20% of the population, but will comprise about 80% of your difficult, hard-to-manage cases (think power-law)
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Secretor genetics
• Secretor status controlled by two autosomal dominant alleles, Se and se • 80-85% are phenotypically secretors (SeSe or Sese) • The secretor gene FUT2 codes for the glycosyltransferases • Downstream from FUT1 O (H) antigen • FUT2 knockout are called non-secretors (‘nonnies’) • Link with Lewis Blood Grouping System (secretor: Lewis a-b+ /non- secretor: Lewis a+b-)
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Predictive aspects of secretor status • Brush border hydroxylases • Intestinal alkaline phosphatase activity • Bacterial flora / Candida carriage • Gut mucosal defense/ IgA • Breast milk components • Blood clotting • Dental caries • Diabetes • Crohn's disease • Heart disease • Alcoholism and alcohol protective benefits • Metabolic Syndrome X • Serum B12 Levels • CRP 50
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Why study phenotype?
$
Constraints! Genotype Phenotype Familial epigenome Prenatal environment 51
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EPIGENETICS
• Reversible, heritable changes in gene regulation that occur without a change in DNA sequence (genotype) • Usually seen along developmental trajectories • Methods of biological inheritance that do not directly relate to the inheritance of collections of genes
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FITNESS LANDSCAPES
Fitness landscapes are state-spaces that can be searched by optimization algorithms
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The evolution of the embryo to the fetus is a series of narrowing fine-tunable choices or canalizations, as genotype gives way to phenotype.
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Waddington's epigenetic landscape I
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‘Reactive’ vs ‘Receptor’ vs ‘Thrifty’ epigenotypes
• Function of epigenetics and tissue glycomics
• Reactor epigenotypes have less fetal and prenatal phenotypic plasticity and greater opportunities for auto-immunity
• Receptor epigenotypes have greater phenotypic plasticity and greater opportunities for antigenic mimicry leading to microbial overgrowth and immune over-tolerance
• Thrifty epigenotypes are typically prone to excessive glycation
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Predictive Adaptive Response
• Gluckman and Hanson propose that the thrifty phenotype is adaptive in the longer-term - by preparing the organism for its likely adult environment • However windows of plasticity close early during human development and subsequent environmental changes may result in the selected trajectory becoming inappropriate
Proc Natl Acad Sci U S A. 2006 Aug 22;103(34):12759-62
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“Disease occurs if an environmental challenge exceeds the ability of an individual to mount an effective adaptive response to it.”
Gluckman and Hanson. Proc Natl Acad Sci U S A. 2006 Aug 22;103(34):12759-62
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30% Household genes - immutable by environment
70% Luxury genes - mutable by environment
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Two main components of the epigenetic code DNA methylation/ histone acetylation
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Other epigenetic mechanisms
• Ubiquinylation via S26 proteosome • Most common method of transcription factor deactivation • SUMOlylation • Hairpin RNA • Stop tRNA/ Ribosome translation
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Natural products involved in methylation epigenetics
Methyl donation • Methylcobalamine • SAMe • Methionine • Betaine • Folate
Reversal of hypermethylation • Genistein and related soy isoflavones • Green tea polyphenols • Caffeic acid, chlorogenic acid (coffee) 63
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PHENOTYPIC INTERPRETATIONS
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Markers of phenotype plasticity • Biometrics • Indexes • Leg-torso • Upper-lower leg • D2/D4 • Dermatoglyphics • Pattern matching • White like • Assymetry 65
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Three basic ridge patterns
Whorl Arch Loop
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Fingerprint topology: The triradii
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Ridge height and atrophy • Although ridge patterns are permanent, ridge height is quite dynamic • Ridge hypoplasia: epidermal ridges are reduced in height giving a ‘worn off’ appearance • White lines are flexion creases on fingerprints • Ridge height and white lines can tell a lot about the state of health of the gut mucosa • White lines correlate with gluten, gliadin and lectin sensitivity 68 CENTER OF EXCELLENCE IN GENERATIVE MEDICINE
Pleiotropy
Occurs when a single gene influences multiple phenotypic traits.
Consequently, a new mutation in the gene may have an effect on some or all traits simultaneously.
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Epistasis
In genetics, epistasis is a phenomenon in which the expression of one gene depends on the presence of one or more 'modifier genes'.
ABO is perhaps the most active epistatic locus
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Fluctuating asymmetry
• Refers to random, small deviations from perfect bilateral symmetry in morphological traits • These minor deviations reflect environmental and genetic stress experienced during ontogeny • FA has been associated with negative health outcomes and many developmental disorders in humans • FA is a ‘pure measure’ of developmental instability
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D2-D4 index
• The ratio of the lengths of the second to fourth digit • Appears to correlate with prenatal exposure to androgens • Some reflection of HOX2 gene
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2D:4D Digit Ratio Traits
Manning, J. T. (2002). Digit ratio: A pointer to fertility, behavior and health. NJ: Rutgers University Press.
Low 2D:4D ratio High 2D:4D ratio Presumably due to relatively greater Presumably due to relatively greater fetal exposure to testosterone in the fetal exposure to estrogen in the 1st 1st trimester. trimester. More fertile Higher lifetime reproductive success Males More aggressive and assertive Higher risk of early heart disease Greater proclivity toward homosexuality/ bisexuality Higher musical and sports aptitude Greater proclivity toward More fertile Females homosexuality/ bisexuality Higher lifetime reproductive success More aggressive and assertive Higher risk of breast cancer
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THE TWO-FOLD ASPECT OF EVERYTHING
( PARTICIPATE )
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Hierarchies
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Protein Folding
• Protein folding is greatly influenced by stresses, such as • Temperature changes • Exercise • Oxidative damage • Chemical toxins • Aging
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‘It is thus not surprising that a number of pathological conditions, such as cancer as well as neurodegenerative and cardiovascular diseases, are associated with an abundance of mutated and misfolded proteins that overwhelm or deregulate chaperone activity.’
Ahmed Chadli, PhD Center for Molecular Chaperone / Radiobiology and Cancer Virology Molecular Oncology Program, Chaperone Biology http://www.georgiahealth.edu/cancer/people/chadlilab.html
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Endoplasmic reticulum
• Central place of lipid synthesis, protein folding and protein maturation • Proteins fold into their ultimate structure in the ER • The ER is the major signal transducing organelle that senses and responds to changes of the homeostasis • Conditions interfering with the function of ER are collectively called ER stress
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ER Stress
• Induced by accumulation of unfolded protein aggregates or by excessive protein traffic (viral infection) • Stress conditions lead to decreased rate of protein translation to prevent further accumulation of unfolded proteins • Transcription factors are activated in order to induce the expression of ER-resident chaperones to deal with accumulated protein aggregates • Protein-degrading apparatus becomes activated and eliminates denatured proteins • If the stress cannot be resolved, the cell dies by apoptosis 81
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ER Stress, UPR and Disease
• Obesity, insulin and type 2 diabetes • Inflammation • Crohn’s • Ulcerative colitis • Inflammatory bowel disease • Neurodegenerative disorders • Alzheimer's disease • Parkinson's disease • Bipolar disorder • Liver disease • Cancer
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HEAT SHOCK PROTEINS
• Induced by various physical, chemical, and biological stresses • Bind glucocorticoid receptors in cytoplasm • Function as molecular chaperones • They not only regulate various processes of protein biogenesis but also function as lifeguards against proteotoxic stresses • Critical for synthesis, folding, translocation, assembly and degradation of proteins
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‘The Hsp90 stress response protein is an ancient, abundant and nearly ubiquitous protein chaperone that supports an essential group of conserved signal transduction proteins in nearly every organism and cell type examined.’
Milton CC, Ulane CM, Rutherford S (2006) Control of Canalization and Evolvability by Hsp90. PLoS ONE 1(1): e75. doi:10.1371/ journal.pone.0000075
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HSP-90
• Heat shock protein 90 implicated in the epigenetic control of phenotype, a process known as canalization • A balance between Hsp90 buffering and the expression of morphological traits is most likely moderated in nature by environmental stress • Stress-damaged proteins titrate Hsp90 from signal transduction proteins • Severe stresses in nature can temporarily overwhelm the Hsp90 chaperone system
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Heuristic
• If your patient has been prescribed a steroid they have some element of ER stress and UPR • They are glycosylating in some aberrant manner
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What is a lectin?
• ‘Multivalent carbohydrate-binding proteins or glycoproteins’ • A more flexible interpretation would be ‘lectins are proteins which specifically bind (or cross link) carbohydrates’ • Think velcro
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Agglutination / Hemolysis
Image source: Random House Encyclopedia (first edition, 1977)
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Lectins in the world/ lectins in the diet
36 of 88 lectins identified in common 50% of over 2000 plants investigated foodstuffs showed some ABO contained lectins specificity
Link 89
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Foods With Known Dietary Lectins • Adzuki Beans • Eel • Onion, all types • Scallion • Alfalfa Sprouts • Egg Whole, Chicken • Orange • Sesame Oil • Allspice • Eggplant • Oyster • Sesame Seed • Aloe Vera • Fava Bean • Papaya • Snail, Escargot • Amaranth • Filbert, Hazelnut • Parsley Soybean • Apple • Garbanzo Bean, Chickpea • • Parsnip • Soybean Flour • Artichoke • Garlic Peanuts • Soybean Meal • Asparagus • Goat • Peas • Soybean, tofu • Asparagus Pea • Grapefruit • • Pepper, Bell • Squash • Avocado • Green, String Bean • Pepper, Red Flakes • Strawberry • Banana • Haddock • Perch • Sunflower Seed • Barley • Hake • Perch, Ocean • Swiss Chard • Beet • Halibut • Pinto Bean • Tamarind Bean • Blackberry • Herring • Plantain • Tempeh • Buckwheat, Kasha, Soba • Honeydew • Plum • Tomatillo • Carrot • Jack Fruit • Pomegranate Tomato • Celery • Kidney Bean • • Potato, White With Skin • Tomato juice • Chayote, Pipinella • Leek • Quail • Trout, rainbow, wild • Cherimoya • Lemon • Quince • Walnut • Cherry • Lentils • Quorn Wheat, • Chestnut, European • Lima Bean • • Radish • Wheat,, Bram • Chicken • Marjoram • Raspberry • Wheat, Durum • Chicory • Milk, Soy • Rhubarb • Wheat, White Flour • Clam • Miso • Rice flour, brown • Wheat, Whole Grain • Corn • Mung Bean • Rice flour, white • Wheat, Whole Grain • Cornmeal, Hominy, Polenta • Mushroom, Oyster • Rice, Basmati Emmer • Cornstarch • Mushroom, Straw • Rice, Brown • Wheat, Whole Grain Kamut • Cucumber • Mushroom, White • Rice, White • Wheat, Whole Grain Spelt • Currants • Navy Bean • Salmon Roe • Zucchini • Durian • Nutmeg 90
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Dietary lectins and colon cancer
• Dietary lectins can alter the proliferation of colonic cells • Differentiation is regulated by adhesion molecules which, being glycosylated, are targets for lectin binding • VFA (broad bean lectin) Agaricus bisporus (mushroom) lectin stimulated an undifferentiated colon cancer cell line to differentiate into gland like structures
Dietary or therapeutic VFA may slow progression of colon cancer. Gut 1999 May;44(5):709-14
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Modern wheat and inflammation
• Inflammatory states = altered glycosylation • Galactosyl groups hinge the Fc region of the IgG and IgA molecule • In auto-immune diseases, galactosyl groups replaced with NAG or mannose MAN • Termed galactose deficient antibodies • Avoidance of wheat may suffice for therapy - especially in the early stages
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Wheat Germ Agglutinin (WGA)
• Total protein content of wheat 3-12% • Lectin (WGA) part of the protein fraction • Rather small lectin - easily endocytosed • Heat resistant - resists proteolysis • Specific for (NAG) amino sugar • Over-represented in the digestive tract of • Blood group O • Non-secretors • Hyper-inflammatory states 93
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Soy: not so simple • Soy Bean Agglutinin or SBA • SBA specificity • Purges marrow after stem cell therapy • Phytoestrogens • Endothelial protection • Saponins • Anti-cancer • Anti-mutagen • Side chain cleaving enzymes de-cloak cancer • Lignans
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Lectins and dietary absorption • Most lectins in our diet are resistant to breakdown • Bound and endocytosed by epithelial cells. • Powerful exogenous growth factors for the small intestine • Induce dramatic shifts in its bacterial flora • Interfere with its hormone secretion. • Lectins which are transported across the gut wall into the systemic circulation can modulate the body's hormone balance, metabolism and health
• Eur J Clin Nutr. 1993 Oct;47(10):691-9. 95
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Lectins and Allergy
• Most lectins given orally are immunogenic • Lectins can modulate IgE responses to other antigens • Dietary lectins can induce the release of IL-4 and IL-13 from human basophils • Dietary lectins are known to prime TH2 helper lymphocytes. • Most humans carry antibodies to common dietary lectins
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Lectins and Gut Permiability
• Lectins can overstimulate and exhaust the capacity of goblet cells to synthesize mucin • Endocytosis in the small intestine greatly enhanced by the presence of large numbers of commensal bacteria • Endocytosis of lectins is more extensive in the colon where bacterial counts are high
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The philosophy of hormetism is based upon harnessing this biologicalphenomenon in a deliberate and systematic way in order to increase strength and resilience.
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!
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Impact of hormesis on basic concepts
• Low-dose stimulation is a measure of biological performance • The magnitude of the response is a reflection of biological plasticity • Hormetic response highly conserved • Compensatory stimulation is a fundamental aspect of adaptation • Low-level stress optimizes system performance
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Biological performance
• Cell proliferation • Growth • Longevity • Strength • Disease resistance • Increase in cognition • Generative/ regenerative functions
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Even small hormetic improvements can have a big effect on the quality of life The effects are primarily due to re-stabilization of the biological networks
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Hormesis and Aging • Good news: • There are no genes made with a specific purpose to limit life span • No gerontogenes that limit lifespan and which need to be neutralized • Even death mechanisms (apoptosis) are as much a part of growth as they are of death
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Homeodynamic space
• Buffering capacity in homeodynamic space • Counteracts disturbances • Determinant of survivability • Aging is a progressive shrinkage of the homeodynamic space • High degree of individualization
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Shrinkage of the homeodynamic space • Accumulation of molecular damage • Mutations • Epimutations • DNA damage • RNA damage • Protein damage • A repair systems are not perfect • Damage can and dose appear in the repair mechanisms themselves
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Maintenance and repair systems (MARS)
• Genomic stability • Epigenomic stability • Protein stabilization • Macromolecule stability • Free-radical counteraction
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HORMETIC AGENTS
• Heat • Radiation • Ozone • Pro-oxidants • Exercise • Hypergravity • Food restriction • Micronutrients • Hormetins 108 CENTER OF EXCELLENCE IN GENERATIVE MEDICINE
EFFECTS OF THERMAL HORMESIS
• ↓ in oxidatively and glyco-oxidatively damaged proteins • ↓ in the induction of sugar induced protein damage • ↑ wound healing • ↑ telomeric function • ↑ resistance to other stresses • H2O2 • ETOH • UV-A • Sugar
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• Curcumin (HSP) • Saffron • Resveratrol • Milk Thistle • Trehalose • Cinnamomum cassi PHYTO HORMETINS • Paeoniflorin (chaperone inducer) • Podophyllotoxin • Glycyrrhizin (chaperone co-inducer) • Ergots, galls and smuts (neurovascular hormetics) • Radix Angelicae Sinensis • Radix Astragali • Rosmarinic acid • Scutellaria biacalensis (wogonin) • Clove • Ashwagandha (Withania somnifera) • Kinetin (plant growth factor) • Adaptogens 110
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• CoQ 10 (H2O2 pro-oxidant) • Lipoic acid (H2O2 pro-oxidant) • Vitamin C (DNA oxidant) • Periodic fasting NUTRI-HORMETINS • Ethanol • Green tea (catechins proxidants) • Iron, copper, selenium, iodine, zinc, cadmium • Caffeic acid • Falcarinol (carrots) • Sulforaphane, glucosinolates, isothiocyanates • Homocysteine
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Heat shock stress response • Long-term hormesis studies on aging human fibroblasts and keratinocytes • ↓ age -related changes • ↑ lifespan • ↑ tolerance to stress • ↑ functionality • ↑ wound healing • ↑ differentiation • ↑ blood vessel formation • ↑ bone differentiation
Suresh Rattan, PhD, DSc. Hormesis In Aging Research and Interventions . http://www.dose-response.org/podcasts/agingresearch.htm 112 CENTER OF EXCELLENCE IN GENERATIVE MEDICINE
Multivariate data
A collection of procedures which involve observation and analysis of more than one statistical variable at a time.
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Africa Asia Europe America Australia
Rh* D- 20% 15% 36% 20% 0%
ABO * O 69% 60% 65% 90% 76%
FY*A 11% 60% 42% 70% 99%
Explained Variance (Eigenvalues) Correlation Matrix
Value PC 1 PC 2 PC 3 PC 4 PC 5 Africa Asia Europe America Australia
Eigenvalue 3.799 1.201 0.000 0.000 0.000 Africa 1.000 0.370 0.942 0.613 0.154
% of Var. 75.975 24.025 0.000 0.000 0.000 Asia 0.370 1.000 0.660 0.961 0.975
Cum. % 75.975 100 100 100 100 Europe 0.942 0.660 1.000 0.842 0.477
America 0.613 0.961 0.842 1.000 0.875
Australia 0.154 0.975 0.477 0.875 1.000
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Food/ Nutrient Values.
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Now the fun starts.
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Men n=126
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Women n=290 (median)
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Subject Values.
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SWAMIGenoType
Software platform computes Epigenotype and specific diet plan Variety of biometric, dermatoglyphic and serologic markers 16 Program Modules, 32,000 lines of source code 12.9 million computations per diet ‘Genoharmonics’ Mealplanner Doctor has final control of the ultimate food value Chart report can be kept in file or given to client for extra detail/ value
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