Genetics Course|Biology
Course Summary This course is based on 7.03 Genetics, Fall 2004 made available by Massachusetts Institute of Technology: MIT OpenCourseWare under the Creative Commons BY-NC-SA license. This course discusses the principles of genetics with application to the study of biological function at the level of molecules, cells, and multicellular organisms, including humans. The topics include: structure and function of genes, chromosomes and genomes, biological variation resulting from recombination, mutation, and selection, population genetics, use of genetic methods to analyze protein function, gene regulation and inherited disease. Reading Material 1. Course Material Not available. Other Resources 1. Software
Gene Delivery: Tools of the Trade
Genes can be delivered into a group of cells in a patient's body in two ways. The first, called in vivo (in VEE-voh), is to inject the vector directly into the patient, aiming to target the affected cells. The second, called ex vivo (ex VEE-voh), is to deliver the gene to cells that have been removed from the body and are growing in culture. Ex vivo approaches are less likely to trigger an immune response, because no viruses are put into patients. Bone marrow contains stem cells that give rise to many types of blood cells.
Two Page Version, Dalhousie Immunology Bookcase
The Two Page Version The immune system depends on the complex interaction between many diverse elements. It is important to remember that, although it is involved in a number of disease processes, the primary function of the immune system is to combat infectious agents. There are four major components of the immune system involved in fighting off pathogens: 1. Each of these components will be dealt with in detail in this textbook but their important functions are very briefly summarized below. Antibodies specifically bind to pathogens to bring them to the attention of other parts of the immune system (Complement and phagocytic cells). Complement refers to a cascade of small proteins that bind to pathogens and poke holes in their outer surface causing death (Appendix 2). T cells are referred to as CD4+ or CD8+ T cells based on their surface protein markers. Non-specific effector cells have a variety of functions. Origin of the Cells of the Immune System Antigens Innate Immunity
Letöltés « E-Animations Zrt.
Kérjük, figyelmesen olvassa el az alábbi telepítése útmutatót. Tömörítse ki a letöltött Genom demot az Ön által kiválasztott mappába. Ügyeljen arra, hogy ehhez egy külön mappát hozzon létre.Futtassa a Genom.exe-t. Segítség a kezdéshez: A Genom elindulása után a szürke háttéren való kattintással hívható elő a menü.Újra a háttérre kattintva a menü eltűnik.Kattintson rá és tartsa nyomva a menü középső részét, majd húzza a kívánt helyre a menüt.Húzza a menüt az ablak bármely szélére, így a menü nem fog eltűnni. Tippek: Az animációk feliratos változatát az animáció képe felett megjelenő animáció címére kattintva játszhatja le. Figyelem!
Acute Oxygen Prescribing
Oxygen therapy. Forever argued by opposing factions throughout the hospital. Traditionally the anaesthetists have always maintained the standpoint that hypoxia is far more detrimental than hypercarbia, and advocated the use of high inspired concentrations of oxygen, at high flows. Opposing this the physicians, particularly chest physicians, have always held firm the opinion that retention of CO2 in chronic type 2 respiratory failure is sufficiently serious an issue to warrant judicious use of oxygen therapy. Since 2008 there has finally been agreement following the publication of the British Thoracic Society Guideline on Emergency Oxygen Therapy in Adults. This guideline is a consensus statement from every royal society throughout the UK (medical, surgical, nursing, anaesthetic, O&G, paramedics, A&E) apart from paediatrics (They have their own guidance). We have a local implementation of this guideline, and you can download it here. Be Sociable, Share!
Surgical Exam
