'Passive diffusion' diaporamas de présentation

PHARMACOKINETICS

dr. Dian Nugrahenny, M.Biomed. Dr. drg. Nur Permatasari, MS. Laboratory of Pharmacology Faculty of Medicine Brawijaya University Email: diannugr2407@gmail.com. PHARMACOKINETICS. PHARMACOKINETICS. Fate of drugs in the body A bsorption D istribution M etabolism/Biotransformation

1.99k views • 75 slides

976 views • 59 slides

Pharmaceutical Medicinal Chemistry-1

Pharmaceutical Medicinal Chemistry-1. Dr. Bilal Al- jaidi. Medicinal Chemistry. Is the science that deals with the design and development of pharmaceutical agents that has a desired biological effect on human body and other living systems. Drug.

2.54k views • 55 slides

Alcohol: The Biology, Chemistry, & Pharmacology Rochelle D. Schwartz-Bloom, PhD

Alcohol: The Biology, Chemistry, & Pharmacology Rochelle D. Schwartz-Bloom, PhD J. Suzanne Sikes, PhD Myra J. Halpin, PhD. Pharmacology principles. Pharmacokinetics. Absorption Distribution Metabolism Excretion. Pharmacology principles. Pharmacodynamics. How alcohol works

651 views • 50 slides

Cell Membranes & Transport

Campbell Biology CH 7. Cell Membranes & Transport. Homeostasis. What is homeostasis? How is homeostasis maintained in living cells? Why is homeostasis needed in living cells? What cell components are involved in maintaining homeostasis?. Cell Membrane Function.

805 views • 41 slides

Disposition of Chemical Compounds

Disposition of Chemical Compounds. Four Phases To Disposition of Chemical Compounds. Absorption of Chemicals into the Body Distribution of Chemicals within the Body Metabolism of Chemicals within the Body Excretion of Chemicals from the Body. Absorption of Chemical Compounds.

751 views • 40 slides

The Respiratory System

The Respiratory System. Respiration. Exchange of O 2 and CO 2 gases from exterior air, to lung surfaces, through blood to individual cells Involves three distinct activities Pulmonary ventilation - inspiration & expiration External respiration - gas exchange across respiratory surfaces

551 views • 39 slides

Permeability: transporting drugs through (lipid) membranes

Permeability: transporting drugs through (lipid) membranes. Paula Garcia. 1 st Physical Chemistry Symposium, November 30, 2005. Factors Determining Oral Bioavailability. Physicochemical factors:. Dissolution (solid to solution) Aqueous Solubility. Membrane Permeability.

863 views • 34 slides

Animal Nutrition

Animal Nutrition. food. O 2. ATP. What do animals need to live?. Animals make energy using: food oxygen Animals build bodies using: food for raw materials amino acids, sugars, fats, nucleotides ATP energy for synthesis. Nutritional requirements. Animals are heterotrophs

616 views • 34 slides

Agony and Ecstasy Norris Armstrong University of Georgia-Athens

Agony and Ecstasy Norris Armstrong University of Georgia-Athens.

931 views • 28 slides

Passive Transport

Passive Transport. SBI3C Ms. De Sousa. Cell membrane. What molecules make up the cell membrane? . Larger molecules that are not able to diffuse through the membrane on their own , require proteins that act as channels or pumps . .

467 views • 25 slides

DM Seminar 23.01.04 Diffusion Capacity Puneet Malhotra Dept. of Pulmonary Medicine, PGIMER

DM Seminar 23.01.04 Diffusion Capacity Puneet Malhotra Dept. of Pulmonary Medicine, PGIMER. Physiology of diffusion Terminology Measurement of diffusion capacity Importance in respiratory diseases. Physiology. Primary function of lung: gas exchange Simple passive diffusion

456 views • 24 slides

Drug Absorption

Drug Absorption. Lesson 4. Organs & Tissues. Blood. T. Brain. A. Drug. CTZ. Absorption. Movement from administration site into circulatory system Complete when... concentration at target equals site of administration Controlled by membranes cell capillary walls

867 views • 23 slides

The Indoor Environment in Green and Non-green Homes

The Indoor Environment in Green and Non-green Homes. Kanistha Chatterjee University of Cincinnati May 29, 2014. Presentation Outline. Background and Motivation Cincinnati Green Housing Study Experimental Design Sampling Methodology Sample Analysis Preliminary Results. Background.

373 views • 23 slides

Ch 13: Central Nervous System: Part 2

Ch 13: Central Nervous System: Part 2. Meninges CSF Spinal Cord and Spinal Nerves. Explain spinal cord anatomy, including gray and white matter and meninges (give the general functions of this organ). Discuss the structure and functions of the spinal nerves and plexuses.

429 views • 23 slides

The Computable Plant

The Computable Plant. Claire Schulkey Kiri Hamaker. California Institute of Technology Dr. Bruce E. Shapiro. Overview. What are the shoot apical meristem (SAM) and auxin? What is our project? How does our project involve the SAM and auxin?

307 views • 16 slides

59-291 Section 1, Lecture 2

59-291 Section 1, Lecture 2. PHARMACOKINETICS. [DRUG]. [DRUG] IN BODY FLUIDS OR TISSUES OVER TIME. Depends on rates of: -drug absorption -drug distribution -drug elimination= rates of biotranformation + excretion.

301 views • 13 slides

Chromium-6 and Bioremediation

Chromium-6 and Bioremediation. O HO-Cr-OH O. Paula Warren. What is Cr-6? .

611 views • 10 slides

Equilibrium

Equilibrium. condition in which the concentration of a substance is equal throughout a space. ATP is associated with what Organelle? Mitochondria ATP (energy) is associated with which one, passive or active transport? Active Transport

184 views • 9 slides

Blood

QUE Glucosides. QUE Glucosides. &. &. Quercetin. Quercetin. QUE Glucoside. QUE. QUE. Glucuronides. Glucuronides. Lumen. Passive diffusion. Passive diffusion. LPH. LPH. SGLT1. SGLT1. MRP2. MRP2. CBG. CBG. Quercetin. Que. Que. Glucosides. Glucosides. Enterocytes. UDP.

124 views • 1 slides