Dr Gihan Gawish

Types of Gels. Dr Gihan Gawish. The most common types of gels are:Starch gels: seldom used nowadaysAgarose gels: for separation of nucleic acids and large proteinsPolyacrylamide gels: for separation of most proteins and small nucleic acids. 2. Dr Gihan Gawish. 3. Polyacrylamide Gel Electropho

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Biochemistry and Clinical Toxicology

Poisoning - epidemiology. Incidence approx. 3 per thousand paApprox. 100 000 hospital admissions pa<5% unconscious<0.5% die. Most frequent enquiries to Toxbase [relative to paracetamol]. Paracetamol1.00Diazepam0.30Aspirin0.28Ibuprofen0.26Zopiclone0.25Ecstasy0.23Amitriptyline

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Carbs Part 1 Dr Abbas-ali Palizban MSc, London PhD Associate Professor in Clinical Biochemistry Department of Clini

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Molecular Biology and Biochemistry

Molecular Biology and Biochemistry. Monica Bianchini Dipartimento di Ingegneria dell’Informazione e Scienze Matematiche monica@diism.unisi.it.

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Clinical biochemistry

Clinical biochemistry. Dr Shahida Mushtaq. What is clinical biochemistry. Clinical chemistry , chemical pathology and medical biochemistry is the area of clinical pathology that is generally concerned with analysis of bodily fluids.

1.19k views • 34 slides

MOLECULAR GENETICS

MOLECULAR GENETICS . UNIT 3!. Reflect on your Learning. Answer questions 1,2,and 3 on the bottom of page 204. . History of DNA. Before the 20 th Century: It was believed that proteins were the hereditary material (because they are so prevalent in the cell) Friedrich Miescher 1869

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Molecular Genetics

Molecular Genetics. Genetics Overview. Prokaryotes. No nuclear membrane (genetic material dispersed throughout cytoplasm) No membrane-bound organelles Simple internal structure Most primitive type of cell (appeared about four billion years ago) .

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Molecular Genetics

Molecular Genetics. The Regulation of Gene Expression. The Operon Model. The Operon Model. An operon is a stretch of DNA that contains a set of one or more genes involved in a particular metabolic pathway. An operator is a DNA sequence located within the promoter sequences. .

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MSc Clinical Biochemistry.

MSc Clinical Biochemistry. Carbohydrate Metabolism. Plan For The Evening. History of Diabetes and some things you did n’t know.. Carbohydrate Physiology. Diabetes Mechanisms. Treatment. Complications. Some Worked Examples. It’s all Greek to Me!!!. Diabetes Mellitus Dia through

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Molecular Genetics

Molecular Genetics. Protein. DNA. Phenotype. RNA. Genome Gene. The flow of information:. 1. Storage. 2. Replication. 3. Gene Expression. Transcription. Translation. Flow of Genetic Information. Flow of Genetic Information. Translation. Cap. Start of genetic message.

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Ben M. Dunn, PhD. Distinguished Professor of Biochemistry &amp; Molecular Biology

Ben M. Dunn, PhD. Distinguished Professor of Biochemistry &amp; Molecular Biology Director, UF-HHMI Science for Life Program Director, IDS Program in Biochemistry &amp; Molecular Biology. Why Early and Continuous Undergraduate Research?. Your best direct connection to faculty

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MOLECULAR GENETICS

MOLECULAR GENETICS. CHAPTER 10 and 13 . The Blue People of Troublesome Creek. Analysis Questions for The Blue People of Troublesome Creek. What physical TRAIT did Martin Fugate and his wife pass on to their many generations of offspring?

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Molecular Genetics

Molecular Genetics. DNA RNA Gene Expression. DNA and RNA. DNA deoxyribonucleic acid Deoxribose sugar 2 strands held together with H bonds ATGC are the nitrogen bases Double helix Found only inside the nucleus RNA ribonucleic acid Ribose sugar and AUGC nitrogen bases 1 strand

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Molecular Genetics

Molecular Genetics. Part 1: DNA. Types of organic molecules. ___________________________ Sugars ___________________________ Fatty acids and glycerol chains ___________________________ Amino acid chains ___________________________ Deoxyribose and Ribose. Where located. Inside _________

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Thomas O. Henderson, Ph. D. Professor Emeritus Dept. of Biochemistry &amp; Molecular Genetics

Thomas O. Henderson, Ph. D. Professor Emeritus Dept. of Biochemistry &amp; Molecular Genetics Office: 321 CMW Phone: 6-5978 email: revtotis@uic.edu. Macronutrients. Lecture 2 Carbohydrates &amp; Fiber Lecture 3 Fats (Lipids) Lecture 4 Proteins. From MMWR 53 , No. 4; February 6, 2004.

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Clinical Biochemistry

Clinical Biochemistry. FAQ for GP Trainees. Dr Mourad Labib Consultant Chemical Pathologist DGOH NHS Foundation Trust. July 2009. Common scenarios How best to investigate common problems Gold Standard investigations Advances in Clinical Biochemistry. Plan.

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Liver MSc Clinical Biochemistry

Liver MSc Clinical Biochemistry. Dr Sarah Mapplebeck Consultant Clinical Biochemist. Lecture structure. Session 1 Liver structure and function Liver investigations Session 2 Liver cases. Session 1. STRUCTURE AND FUNCTION. Structure of liver. Largest internal organ

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Molecular genetics

Interface Physique Biologie group. Molecular genetics. Oncology. Neurosciences. Per-operative Imaging. In Vivo Quantification for small animals. DNA Sequencing. TOHR, SIC. POCI I and II. OPTIBASE. Study of the glucose metabolism by the SIC-NMR coupling

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Clinical biochemistry

Clinical biochemistry. Dr Shahida Mushtaq. Objectives. provides advanced understanding and applied knowledge in the theory and practice of Clinical Biochemistry a critical understanding of how biochemical investigations are employed to develop a clinical diagnosis

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Clinical biochemistry

Clinical biochemistry. Dr Shahida Mushtaq LECTURE 2. IEM. a single gene defect causes a clinically significant block in a metabolic pathway resulting either in accumulation of substrate behind the block or deficiency of the product.

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Clinical biochemistry

Clinical biochemistry. Presented by A.L. Waffa S. Al-Musawy. 2014. biochemistry. biochemistry. biochemistry. Anticoagulants Chemical agents that prevent coagulation are routinely used when whole blood or plasma is required. Some of the commonly used anticoagulants are:

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Molecular Genetics

Molecular Genetics. In 1869 a researcher was working with cells and studying the nucleus. He found the nucleus was filled with a white goo and it was acidic. He called it Nucleic Acid but had no idea what it did. Nucleic Acids. There are two types :. DNA. Deoxyribonucleic Acid.

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