'G6pd deficiency' diaporamas de présentation

Hemolytic Anemia: Enzyme Deficiencies

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Disorders of Granulocyte Number & Function

Blood-Hematopoiesis-Lymphatics 2013. Disorders of Granulocyte Number & Function. William F. Kern, MD Director, Laboratory Hematology william-kern@ouhsc.edu.

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Metabolic disorders

Metabolic disorders. A metabolic disorder is a medical disorder which affects the production of energy within individual human (or animal) cells.

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G6PD deficiency in Hong Kong: diversity and clinical relevance

G6PD deficiency in Hong Kong: diversity and clinical relevance. Dr Edmond S K Ma Division of Haematology Department of Pathology The University of Hong Kong. Acknowledgements. Dr Veronica Lam Department of Biochemistry HKU Dr W Y Au Department of Medicine QMH. Metabolic role of G6PD.

707 views • 53 slides

G6PD deficiency in Hong Kong: diversity and clinical relevance

G6PD deficiency in Hong Kong: diversity and clinical relevance. Dr Edmond S K Ma Division of Haematology Department of Pathology The University of Hong Kong. Acknowledgements. Dr Veronica Lam Department of Biochemistry HKU Dr W Y Au Department of Medicine QMH. Metabolic role of G6PD.

682 views • 53 slides

G6PD deficiency in Hong Kong: diversity and clinical relevance

G6PD deficiency in Hong Kong: diversity and clinical relevance. Dr Edmond S K Ma Division of Haematology Department of Pathology The University of Hong Kong. Acknowledgements. Dr Veronica Lam Department of Biochemistry HKU Dr W Y Au Department of Medicine QMH. Metabolic role of G6PD.

728 views • 53 slides

Medication Safety Review HKEH QA Forum 2012

Medication Safety Review HKEH QA Forum 2012. Presented by David CHOI Resident Pharmacist, HKEH 22/March 2012. MI Reported to Drug Monitoring Committee in 2011. Entry of Complicated Regimen.

1.39k views • 49 slides

The Pentose Phosphate Shunt (AKA: Pentose Phosphate Pathway, PPP)

The Pentose Phosphate Shunt (AKA: Pentose Phosphate Pathway, PPP) Uses Glucose 6P to produce 3, 4, 5, 6 and 7 carbon sugars. In the process of doing this it reduces NAD+ to NADPH which is needed for reductive biosynthesis. . NADPH is needed for synthesis of fatty acids.

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Glucose 6-phosphate dehydrogenase deficiency

Glucose 6-phosphate dehydrogenase deficiency. HMIM224. Objectives of the Lecture. 1- Understanding the main functional concepts for pentose phosphate pathway (also called hexose monophosphate pathway). 2- Identify the main general uses of NADPH for normal cellular

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PENTOSE PHASPHATE PATHWAY

BIOCHEMISTRY

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Clinical Chemistry Unit, Pathology Dept. College of Medicine, King Saud University

Glucose-6-Phosphate Dehydrogenase (G6PD) Deficiency Anemia. Clinical Chemistry Unit, Pathology Dept. College of Medicine, King Saud University. Objectives:. By the end of this lecture, the student should be able to: Explain the biochemical basis of G6PD deficiency anemia

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Molecular basis of G6PD deficiency

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Human Genetics Research in Vietnam and Ethical Aspects

The ASEAN-EU-LEMLIFE Project 24-26 January 2004, Bangkok, Thailand. Human Genetics Research in Vietnam and Ethical Aspects. Le Dinh Luong Vietnam National University. Current Status of Human Genetics Research in Vietnam. National Research Programs 2001-2005

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Heinz body anemia

Kunwardeep Sohal , R3. Heinz body anemia. 2 ways to destroy RBC: issues within the RBC and/or its membrane (intracorpuscular defects) vs extracorpuscular Examples of the former: sickle cell anemia, thalassemia, glucose-6-phosphate dehydrogenase (G6PD) deficiency, hereditary spherocytosis.

657 views • 15 slides

Also called the pentose phosphate pathway, or phosphogluconate pathway

Hexose Monophosphate Pathway. Also called the pentose phosphate pathway, or phosphogluconate pathway It consists of two irreversible oxidative reactions, followed by a series of reversible sugar-phosphate interconversions No ATP is directly consumed or produced in the cycle.

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Red Cell Enzyme defects

Red Cell Enzyme defects. ATP required for energy (pumps / glucose) 23 Diphosphoglycerate (23 DPG) required to regulate Hb/O2 dissociation Reduction mechanisms for oxidized Globin -- G6PD dependant system Haem -- Methhb. reductase. Critical Enzymes/products.

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Red Cell Enzyme defects

Red Cell Enzyme defects. ATP required for energy (pumps / glucose) 23 Diphosphoglycerate (23 DPG) required to regulate Hb/O2 dissociation Reduction mechanisms for oxidized Globin -- G6PD dependant system Haem -- Methhb. reductase. Critical Enzymes/products.

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Pharmacology Summary notes

4MedStudents.com. Pharmacology Summary notes . Unit 9. R.E.A. 2C9 NSAIDs Hypoglycemics Angiotensin II Blockers (Sartan) Celecoxib Sulfamethoxazole Torasemide Warfarin. 2D6 ?- Blockers Antiarrhythmics Antidepressants Antipsychotics Antiemetics Opiods . 2C19 PPI (Prazole)

367 views • 9 slides

Nutrition 1st flyer

Nutrition update

565 views • 1 slides