A Case of a Large Thrombosed Lingual Varix
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Blood Collection
Blood Collection (Note: Navigation around this large pdf document is best accomplished using the bookmarks function.) 355.1 Preface Blood collection (venipuncture, phlebotomy) is a common and important specimen collection procedure in the conduct of research. In many protocols, multiple blood draws are an important part of collecting and analyzing data. The Emory University Institutional Animal Care and Use Committee (IACUC) developed a policy to best enable blood collection while minimizing the potential for pain, unnecessary stress, distress or untoward effect in research animals. These are articulated by way of this general overview supplemented by companion documents appropriate to certain species. The species-specific sections differentiate from the general standards in being more precise, and sometimes more adaptable, in considering the frequency and total number of blood collection events; maximum collectable volumes allowed based upon specific physiology; detailing allowable routes particular to each species; differentiating between terminal and survival circumstances; disclosing requirements for anesthesia or restraint; scientific qualifiers and addressing conditionally permissible methods or settings germane to a species. This list is not exhaustive and persons requiring information regarding the supplies and equipment needed, specifics of restraint or anesthesia, requirements for ancillary care, habituation requirements, application to study in the field and other information are encouraged to contact the Training Coordinators for their specific site. o DAR Training Request: http://www.dar.emory.edu/forms/training_wrkshp.php o Yerkes National Primate Research Center Training: Jennifer McMillan, [email protected], 404-712-9217 While it only takes about 24 hours for the lost fluid volume of blood to be restored, it takes longer to regeneratively replenish erythrocytes, platelets and other circulating factors. -
Guidelines for Collection of Blood from Laboratory Animals
Thiel College Institutional Animal Care and Utilization Committee Guidelines for Collection of Blood from Laboratory Animals These guidelines have been developed to introduce investigative staff to procedures recommended for blood collection in laboratory animals. This document is intended to supplement hands-on instruction by an experienced member of your laboratory. Blood Sampling Collection of blood from laboratory animals is frequently necessary for a variety of experimental uses including determination of pharmacokinetics, antibody production, clinical pathology evaluation, etc. Blood may be collected from animals which are to survive the procedure or at sacrifice as a terminal event. Whereas there is no limitation on the amount of blood that may be collected terminally, the volume collected from animals surviving the collection is limited to prevent anemia and hypovolemia. As a general guide no more than 10% of circulating blood volume may be collected during any 14 day period from animals surviving the blood collection. Adverse Effects If too much blood is drawn too quickly or too frequently without replacement, animals may develop hypovolemic shock. In the longer term the removal of too much blood causes anemia, muscle weakness, increased susceptibility to cold and reduced exercise tolerance. If 15% to 20% of the blood volume is removed, cardiac output and blood pressure will be reduced. Removal of 30% to 40% can induce shock and death. It is extremely important to apply pressure to the blood collection site, especially when penetrating an artery, for at least 3 to 5 minutes post blood collection to prevent hematoma formation. The Animal Care Services (ACS) limits survival blood collection to 10% of the animal’s circulating blood volume. -
SŁOWNIK ANATOMICZNY (ANGIELSKO–Łacinsłownik Anatomiczny (Angielsko-Łacińsko-Polski)´ SKO–POLSKI)
ANATOMY WORDS (ENGLISH–LATIN–POLISH) SŁOWNIK ANATOMICZNY (ANGIELSKO–ŁACINSłownik anatomiczny (angielsko-łacińsko-polski)´ SKO–POLSKI) English – Je˛zyk angielski Latin – Łacina Polish – Je˛zyk polski Arteries – Te˛tnice accessory obturator artery arteria obturatoria accessoria tętnica zasłonowa dodatkowa acetabular branch ramus acetabularis gałąź panewkowa anterior basal segmental artery arteria segmentalis basalis anterior pulmonis tętnica segmentowa podstawna przednia (dextri et sinistri) płuca (prawego i lewego) anterior cecal artery arteria caecalis anterior tętnica kątnicza przednia anterior cerebral artery arteria cerebri anterior tętnica przednia mózgu anterior choroidal artery arteria choroidea anterior tętnica naczyniówkowa przednia anterior ciliary arteries arteriae ciliares anteriores tętnice rzęskowe przednie anterior circumflex humeral artery arteria circumflexa humeri anterior tętnica okalająca ramię przednia anterior communicating artery arteria communicans anterior tętnica łącząca przednia anterior conjunctival artery arteria conjunctivalis anterior tętnica spojówkowa przednia anterior ethmoidal artery arteria ethmoidalis anterior tętnica sitowa przednia anterior inferior cerebellar artery arteria anterior inferior cerebelli tętnica dolna przednia móżdżku anterior interosseous artery arteria interossea anterior tętnica międzykostna przednia anterior labial branches of deep external rami labiales anteriores arteriae pudendae gałęzie wargowe przednie tętnicy sromowej pudendal artery externae profundae zewnętrznej głębokiej -
Tongue Anatomy 25/03/13 11:05
Tongue Anatomy 25/03/13 11:05 Medscape Reference Reference News Reference Education MEDLINE Tongue Anatomy Author: Eelam Aalia Adil, MD, MBA; Chief Editor: Arlen D Meyers, MD, MBA more... Updated: Jun 29, 2011 Overview The tongue is basically a mass of muscle that is almost completely covered by a mucous membrane. It occupies most of the oral cavity and oropharynx. It is known for its role in taste, but it also assists with mastication (chewing), deglutition (swallowing), articulation (speech), and oral cleaning. Five cranial nerves contribute to the complex innervation of this multifunctional organ. The embryologic origins of the tongue first appear at 4 weeks' gestation.[1] The body of the tongue forms from derivatives of the first branchial arch. This gives rise to 2 lateral lingual swellings and 1 median swelling (known as the tuberculum impar). The lateral lingual swellings slowly grow over the tuberculum impar and merge, forming the anterior two thirds of the tongue. Parts of the second, third, and fourth branchial arches give rise to the base of the tongue. Occipital somites give rise to myoblasts, which form the intrinsic tongue musculature. Gross Anatomy From anterior to posterior, the tongue has 3 surfaces: tip, body, and base. The tip is the highly mobile, pointed anterior portion of the tongue. Posterior to the tip lies the body of the tongue, which has dorsal (superior) and ventral (inferior) surfaces (see the image and the video below). Tongue, dorsal view. View of ventral (top) and dorsal (bottom) surfaces of tongue. On dorsal surface, taste buds (vallate papillae) are visible along junction of anterior two thirds and posterior one third of the tongue. -
Guidelines for Blood Collection in Mice and Rats
Guidelines for Blood Collection in Mice and Rats Overview: These guidelines have been developed to assist investigators and National Institutes of Health (NIH) Institute/Center (IC) Animal Care and Use Committees (ACUC) in their choice and application of survival rodent bleeding techniques. The guidelines are based on peer-reviewed publications1-9 and data and experience accumulated at NIH. The researcher and the veterinary staff should decide which survival bleeding technique is appropriate. All blood sampling (including technique, frequency and volume) must be in an approved Animal Study Proposal (ASP) or referred to in an ACUC reviewed Standard Operating Procedure. It is the responsibility of both the researcher and the IC ACUC to select/approve the procedures that result in the least pain and distress to the animal, while adequately addressing the needs of the experimental design. Any exceptions to these guidelines, e.g. increase in blood volume or frequency to be collected, retro-orbital bleeding without use of topical anesthesia, or surgical cannulation must be scientifically justified in the ASP. General: As with any procedure, training is critically important. Training and experience of the phlebotomist in the chosen procedure are of paramount importance. Training opportunities and resources, including access to experienced investigators and veterinarians, must be made available to new personnel. Each Principal Investigator must ensure sufficient training for individuals performing these technical procedures. In addition, individual -
Recommendation for Blood Sampling in Laboratory Animals, Especially Small Laboratory Animals
Specialist information from the Committee for Animal Welfare Officers (GV-SOLAS) and Working Group 4 in the TVT Recommendation for blood sampling in laboratory animals, especially small laboratory animals July 2017 Authors: Dr. André Dülsner, Dr. Rüdiger Hack, Dr. Christine Krüger, Dr. Marina Pils, Dr. Kira Scherer, Dr. Barthel Schmelting, Dr. Matthias Schmidt, Heike Weinert (GV-SOLAS) and Dr. Thomas Jourdan (TVT) GV-SOLAS, Committee for Animal Welfare Officers, and TVT, blood sampling in laboratory animals, July 2017 Contents Preliminary remark ................................................................................................................ 2 Basic principles of blood sampling ......................................................................................... 2 Locations for blood sampling (see also Table 2) .................................................................... 3 Generating hyperaemia or dilatation of blood vessels ........................................................... 7 Sampling small quantities of blood (see data in Table) (some drops, a few ml in large animals)................................................................................................................................. 7 Taking single samples of a larger volume of blood ................................................................ 7 Repeated blood sampling ...................................................................................................... 8 Exsanguination ..................................................................................................................... -
PRACTICE SESSIONS ТЕМА: the Anatomy of Head and Cervical
04.10.2018 Terminologia Anatomica PRACTICE SESSIONS ТЕМА: The anatomy of head and cervical vessels. Arteria carotis communis Common carotid artery Glomus caroticum Сонный гломус Carotid body Sinus caroticus Сонный синус Carotid sinus Bifurcatio carotidis Бифуркация сонной артерии Carotid bifurcation Arteria carotis externa External carotid artery A. thyroidea superior Верхняя щитовидная артерия Superior thyroid artery R. sternocleidomastoideus Грудино-ключичнососцевидная Sternocleidomastoid branch ветвь A. laryngea superior Верхняя гортанная артерия Superior laryngeal artery R. cricothyroideus Перстнещитовидная ветвь Cricothyroid branch Rr. glandulares Передняя железистая ветвь Anterior glandular branch Arteria lingualis Язычная артерия Lingual artery R. suprahyoideus Надподъязычная ветвь Suprahyoid branch Rr. dorsales linguae Дорсальные ветви Dorsal lingual branches A. sublingualis Подъязычная артерия Sublingual artery A. profunda linguae Глубокая артерия языка Deep lingual artery Arteria facialis Лицевая артерия Facial artery A. palatina ascendens Восходящая нёбная артерия Ascending palatine artery R. tonsillaris Миндаликовая ветвь Tonsillar branch A. submentalis Подподбородочная артерия Submental artery Rr. glandulares Железистые ветви Glandular branches A. labialis inferior Нижняя губная артерия Inferior labial branch A. labialis superior Верхняя губная артерия Superior labial branch R. lateralis nasi Боковая носовая ветвь Lateral nasal branch A. angularis Угловая артерия Angular artery Arteria occipitalis Затылочная артерия Occipital -
Blood Collection Techniques in Exotic Small Mammals Janis Ott Joslin, DVM
Topics in Medicine and Surgery Blood Collection Techniques in Exotic Small Mammals Janis Ott Joslin, DVM Abstract Blood collection from small exotic pocket pets can be difficult to achieve. The individual collecting the blood must know both the anatomy and behavior of the species to obtain suitable amounts of blood for diagnostic testing. Given the animals’ small size, it is often difficult to collect large volumes of blood. A clinician serious in developing an exotic small mammal practice should understand the limitations of blood sample collection and the risks involved with the procedure. Unlike domestic animals, these pets are often not comfortable with being handled and are often prone to induced complications when presented to a veterinary clinic and restrained for examination. For some cases, the clinician will have to determine if the risk of getting the sample is better achieved by anesthetizing the patient, and if doing so will have a detrimental effect on the animal. One will also need to consider the effect of the anesthetic versus the stress the restraint may have on the blood results. Copyright 2009 Elsevier Inc. All rights reserved. Key words: blood collection; exotic small mammal; ferret; rabbit; rodent; venipunc- ture he size of many small exotic pocket pets seen when handled, anesthetized, or transported. Fur- in private veterinary practices can make diag- thermore, while at the veterinary clinic, these ani- Tnostic blood sample collection problematic. mals are often exposed to bright lights and loud It is often difficult to access veins or arteries of noises and can hear, smell, and see predators such as adequate size to collect sufficient blood for diagnos- dogs and cats which are disturbing to these often tic testing. -
Refinement of Blood Sampling from the Sublingual Vein of Rats
Re®nement of blood sampling from the sublingual vein of rats Walter Zeller, Heinz Weber, Basile Panoussis, Thomas BuÈ rge & Reinhard Bergmann Novartis Pharma Ltd, Basel, Switzerland Summary A re®ned method of repeated blood sampling is described: the tongue of the anaesthetized rat is pulled forward with the ®ngers and the sublingual vein is punctured with a 23 gauge hypodermic needle. Based on the requirement of a pharmacokinetic study, 0.5 or 1 ml of blood was collected 7 times at 0, 0.5, 1, 2, 4, 8 and 24 h. The degree of suffering was judged by determining the body weight and food and water consumption. All animals showed an increase in body weight already after 24 h and, therefore, the method of collecting blood from the sublingual vein can be recommended for repeated blood sampling. The haematological evaluation of groups of animals with differing body weight showed that sample volumes of up to 15% of the total blood volume lead to haematocrit values of approximately 40%. A remarkable initial drop in white blood cell counts followed by a marked rise 2 h after ®rst sampling to values partly above the pre-test could not be directly related to the extracted blood volume. Keywords Blood sampling; stress; maximal sampling volume; sublingual vein Repeated blood samples of more than 0.5 ml to obtain all the samples. The implantation can be obtained from the rat by puncturing of a catheter into a vein enables repeated the orbital sinus or the tail vein or by using blood sampling with minimal restraint of the an indwelling catheter in the femoral or animal, as well as replacement of the jugular vein (Van Zutphen et al. -
The Risk of Hemorrhage During Implant Surgery Prabhsimrat Gill Western University, [email protected]
Western University Scholarship@Western Masters of Clinical Anatomy Projects Anatomy and Cell Biology Department 2016 A Study on Mandibular Vascular Canals: The Risk of Hemorrhage During Implant Surgery Prabhsimrat Gill Western University, [email protected] Follow this and additional works at: https://ir.lib.uwo.ca/mcap Part of the Anatomy Commons Citation of this paper: Gill, Prabhsimrat, "A Study on Mandibular Vascular Canals: The Risk of Hemorrhage During Implant Surgery" (2016). Masters of Clinical Anatomy Projects. 12. https://ir.lib.uwo.ca/mcap/12 A Study on Mandibular Vascular Canals: The Risk of Hemorrhage During Implant Surgery Project format: Monograph by Prabhsimrat Singh Gill Graduate Program in Clinical Anatomy A project submitted in partial fulfillment of the requirements for the degree of Master of Science The School of Graduate and Postdoctoral Studies The University of Western Ontario London, Ontario, Canada © Prabhsimrat Gill 2016 Abstract Dental implants are commonly used to replace missing teeth in the anterior mandible. This area is vascularized by the sublingual artery, which can be damaged during the implant procedure. This investigation aims to determine the variation in the sublingual artery and its relevant lingual foramina, such that it can be avoided by dental surgeons in the future. Dry mandibles (n=43) were acquired and the distance from the internal superior border of the mandible to the lingual foramen was measured and compared to the total height of the anterior mandible. 67% of foramina were found at a distance greater than 50% below the internal superior border of the mandible, and there was a significant difference in the number of foramina on the left half of the anterointerior mandible (2.3 ± 1.1) compared to the right half (1.4 ± 1.1) (P=0.021). -
Gross Anatomy of Head and Neck Department
NAME: OFOEGBU, EBUBECHUKWU .C. MATRIC NUMBER: 17/MHS01/232 COURSE: GROSS ANATOMY OF HEAD AND NECK DEPARTMENT: MEDICINE AND SURGERY LEVEL: 300 Question 1) Discuss the anatomy of the tongue and comment on its applied anatomy. DIAGRAM OF THE TONGUE THE TONGUE The tongue is a mobile muscular organ covered with mucous membrane. It can assume a variety of shapes and positions and is partly in the oral cavity and partly in oropharynx. The tongue is a unique organ located in the oral cavity that not only facilitates perception of gustatory stimuli but also plays important roles in mastication and deglutition. Additionally, the tongue is an integral component of the speech pathway, as it helps with articulation. The tongue is roughly 10cm long and has three main parts: the apex or tip, the body and the base. The tip or apex of the tongue is the most mobile aspect of the organ and it is directed anteriorly and sits immediately behind the incisor teeth. The tip is followed by the body of the tongue. It has a rough superior surface that abuts the palate and is populated with taste buds and lingual papillae and a smooth inferior surface that is attached to the floor of the oral cavity by the lingual frenulum. The base of the tongue is the most posterior part of the organ. The tongue has 2 surfaces, the superior surface which is oriented in the horizontal plane and the pharyngeal surface which curves inferiorly and becomes oriented more in the vertical plane. The 2 surfaces are separated from each other by a V-shaped terminal sulcus of tongue. -
Anatomic Surgical Orientation of the Intraglossal Neurovascular
World Journal of Veterinary Research Research Article Anatomic Surgical Orientation of the Intraglossal Neurovascular Termination of Egyptian Bovine Mohamed A Nazih1 and Mohamed W El-Sherif2* 1Department of Anatomy, New Valley University, Egypt 2Department of Surgery, New Valley University, Egypt Abstract Although many surgical techniques of the bovine tongue are well established, the available literature lacks precise data about the anatomical structure of the bovine tongue that may guide surgeons to improve their technique to obtain optimal results. The current study performed on eight fresh cattle cadaver heads. Tracking anatomy of the lingual blood vessels and nerves was performed. Cavernous property of the tongue tissue was detected; the deep branch of lingual nerve extends rostral, parallel to the medial plane to the apex of the tongue. The hypoglossal nerve lies deeply at the medial-ventral aspect of the tongue. Lingual artery and vein originate at the root of the tongue and run on the floor of the apex of the tongue closely to the median plane. Surgical techniques presented for ventral aspect of the tongue represent resection of elliptical portion of the mucosa and muscles or suturing. Further study to evaluate healing process of each technique regarding tissue invasion. Keywords: Cattle; Glossectomy; Surgical anatomy; Tongue Introduction and age collected from the slaughtering house. The heads washed several time by the running water to remove the blood remnants and The tongue is an accessory digestive organ that is responsible preserved in the formalin solution 10% for five days. Coloring the for prehension, mastication, swallowing and regurgitation of food in vessels by injecting colored milky latex solution red for the arteries cattle.