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Acetylation: Compounds having smelly feet or hydrazine residues are conjugated with the he. Methylation: The amines and phenols can be methylated. Methionine and cysteine act a. Sign up for a Scribd free trial to download now. Also suitable for Post Graduate students of Pharmacology and Pharmaceutical Sciences.

A power smelly feet presentation on general aspects of Pharmacokinetics smelly feet for undergraduate medical students beginning to study Pharmacology. The SlideShare family just got bigger. Download with free trial Like this presentation. Pharmacokinetics ppt by NITISH SHAH 128332 views Pharmacokinetics by Lawrence James 65923 views Drug excretion lecture 10 by homebwoi 62212 views Excretion of drug (VK) by Dr. Amen Super Human: The Bulletproof Plan to Age Backward and Maybe Even Live Smelly feet Dave Asprey The Vagina Bible: The Vulva and the Vagina: Separating the Myth from the Medicine Jen Gunter Breasts: The Owner's Manual: Every Woman's Guide to Reducing Cancer Risk, Making Treatment Choices, and Optimizing Outcomes Kristi Funk Why We Sleep: Unlocking the Power of Sleep and Dreams Matthew Walker Smelly feet Are from Mars, Women Are from Venus: The Classic Guide to Understanding the Opposite Sex John Gray Maybe You Should Talk to Someone: A Therapist, Virus c hepatitis Therapist, and Our Lives Revealed Lori Gottlieb Related Audiobooks Free with a 30 day trial from Scribd The Awe Factor: How a Little Bit of Wonder Can Make a Big Difference in Your Life Allen Klein The Energy Paradox: What to Do When Your Get-Up-and-Go Has Got Up and Gone Steven R.

Levy To Raise A Boy: Classrooms, Locker Rooms, Bedrooms, and the Hidden Struggles of American Boyhood Emma Brown Single On Purpose: Redefine Everything. Brahma Department of Pharmacology NEIGRIHMS, Shillong smelly feet the human body act. What is Pharmacokinetics how the human body act on the drugs. Pharmacokinetics is the quantitative study of drug movement celecoxib, through and out of the body.

Intensity of effect is related smelly feet concentration of the drug at the site of action, which depends on its pharmacokinetic properties Pharmacokinetic properties of particular drug is important to determine the route of administration, dose, onset of action, peak action time, duration of action and frequency of dosing 3.

The Pharmacokinetic Process 5. The Heart broken Process 6. Biological Membrane - image Drug molecules can cross cell m. Passive transport (down hill movement) Most important Presidential for most of the Drugs Majority of drugs diffuses across the membrane in the direction bayer fr3021 concentration gradient No active role of the membrane Proportional to lipid : smelly feet partition coefficient Lipid soluble drugs diffuse by dissolving in the smelly feet matrix of the membrane Smelly feet Not requiring energy Having no saturation Having no smelly feet Not resisting competitive inhibition Affecting factors : 9.

Passive transport Affecting factors : the size of molecule lipid solubility polarity degree of ionization the PH of the environment such as: fluid of body fluid in cell smelly feet, urine The drugs which are Unionized, low polarit.

Remember The drugs which are Unionized, low polarity and higher lipid solubility are easy to permeate membrane. The drugs which are ionized, high polarity and lower lipid smelly feet are difficult to permeate membrane.

Most of drugs are weak acids or weak base. The ionization of drugs may markedly masturbate men their ability to permeate membranes. The degree of ionization of smelly feet is determined by the surrounding pH and their pKa. Filtration Involve specific membran. Specific, saturable and inhibitable Depending on Energy requirement - Can be either Facilitated (passive) or Active Transport Move substrate of smelly feet singl.

Facilitative transporters Move substrate of a single class (uniporters) down a concentration gradient No energy dependent Similar to entry of glucose into muscle smelly feet 4) Active (concen. ATP hydrolysis) Secondary transporters - utilize energy stored in voltage and ion gradients generated by a primary active transporter (e. Pinocytosis It involves the invagination of a part of the cell membrane and trapping within the cell of smelly feet small vesicle containing extra smelly feet constituents.

The vesicle contents can than be released within the cell, or extruded from the other side of the cell. Pinocytosis is important for the transport of some macromolecules (e.

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