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Clinical Trials/ An overview
This is a lecture on Anti-arrhythmic agents/ some old, some new as part of the St. Georges University Biomedical Science course in the Human Cardiovascular and Respiratory Pharmacology module.
£6.25 Preview RemoveCHAPTER21 PHARMACOLOGY TEST AND VERIFIED ANSWERS.
Study of the interaction of drugs and subcellular entities such as enzymes and DNA is called - CorreCt Answers -Molecular pharmacology Additive action - CorreCt Answers -Combination of two similar drugs is equal to the sum of the effects of each Commercial name for a drug; trademark or trade name - CorreCt Answers - Brand name Exaggerated hypersensitivity reaction to a previously encountered drug or foreign protein - CorreCt Answers -Anaphylaxis Physical and psychological dependence on and craving for a drug - CorreCt Answers -Addiction
£8.75 Preview RemoveGCSE Biology 2.1 - Classification and Biodiversity
These are concise, exam-focused notes made using the WJEC specification and BBC Bitesize. (I achieved an A.) This is one of eight topics in the unit.
£0.99 Preview RemoveA Short Guide to Viruses and Disease-Causing Bacteria
This is a quick intro into virus vs bacteria and disease causing organisms that will help you in Biology and other fields.
£3.75 Preview RemovePhysiological Genomics and Pharmacogenetics Midterm Study Notes
Advances in Genetics, and Pharmacogenetics (PHPY 403): 4th year physiology and pharmacology course in the bachelor of science program at the University of Saskatchewan. Midterm review notes, in a question and essay answer format -Topics include: Chromosomal analysis, genomic imprinting, nutrigenomics and nutrigenetics, mitochondrial genome mutations and inheritance, genetic sequencing (advantages and disadvantages of each technique), genome sequencing consequences, cancer stem cell therapies, single base variations (SNP's) and differences in penetrance and expressivity due to environmental and hereditary factors, epigenetics, genetic maps, relatedness of the human race, dominant vs recessive (gene function, loss of function, different pathways, toxic effects), alternate models of genetic bases of common diseases (common disease - common variant model, infinitesimal model, rare allele model, broad sense heritability model, synthetic lethality, precision medicine, impacts of the human genome project, gene expression profiling, genome wide association study (GWAS)
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