Figure 14.01 An atheroscleroptic plaque blocking the lumen of an artery.

Jul 20, 2014

260 likes | 407 Views

Figure 14.01 An atheroscleroptic plaque blocking the lumen of an artery. Figure 14.02 Theoretical model of lippopretein structure. Figure 14.03 Lippoprotein function. Figure 14.04 Lipid metabolism in context. Figure 14.05 The carnitine shuttle system.

Share Presentation

Embed Code

Link

theoretical model
lippopretein structure
first steps
ketone bodies
lipid metabolism
citrate transport system

alma

Download Presentation

Figure 14.01 An atheroscleroptic plaque blocking the lumen of an artery.

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

Figure 14.01 An atheroscleroptic plaque blocking the lumen of an artery.
Figure 14.02 Theoretical model of lippopretein structure.
Figure 14.03 Lippoprotein function.
Figure 14.04 Lipid metabolism in context.
Figure 14.05 The carnitine shuttle system.
Figure 14.06 The reactions of ß oxidation.
Figure 14.07 Catabolism of propionyl-CoA.
Figure 14.08 The cobalamin-derived cofactor.
Figure 14.09 Peroxisomes.
Figure 14.10 Acyl carrier protein and coenzyme A.
Figure 14.11 The citrate transport system.
Figure 14.12 Electron micrograph of fatty acid synthase.
Figure 14.13 Fatty acid synthesis.
Figure 14.14 Synthesis of arachidonate.
Figure 14.15 Some control mechanism in fatty acid metabolism.
Figure 14.16 Ketogenesis.
Figure 14.17 Catabolism of ketone bodies.
Figure 14.18 Electron micrograph of an adipocyte.
Figure 14.19 Triaclyglycerol synthesis.
Figure 14.20 Synthesis of phosphatidylethanolamine and phosphatidylcholine.
Figure 14.21 Phoshatidylinositol synthesis.
Figure 14.22 The first steps of cholesterol biosynthesis.
Figure 14.23 Structure of a squalene, a precursor of cholesterol.
Figure 14.24 Some statins.
Figure 14.25 Summary of lipid metabolism.

Renal Artery Stenosis: An important cause of hypertension

Renal Artery Stenosis: An important cause of hypertension. Dr Claire Hathorn SpR, RHSC Edinburgh 11 th May 2010. Presentation. 3 year old girl Well Minor intercurrent illness – A&E BP 144/91. History & Examination. Asymptomatic PMH – Eczema, viral induced wheeze FH – nil of note

843 views • 42 slides

Figure 43.1 An overview of the bodys defenses

Second line of nonspecific defense kicks in when microbes penetrate the first line of defense. 1) Phagocytic white cells migrate to infected area attracted by chemokines ( chemicals that cause kinesis of wbc )2) and become Macrophages which engulf bacteria and destroy them with lysosom

328 views • 23 slides

Figure 38.2 Review of an idealized flower

Figure 38.2 Review of an idealized flower. Pistil. Objective: You will be able to identify and give the function of the parts of a flower. Do Now: Read pages 612 and 613 For each part of the flower, write its function This will take you a few minutes. Male parts.

445 views • 17 slides

BLOCKING FASHION FIGURE

BLOCKING FASHION FIGURE. CCAD ASSURE MODEL Irina Grebennik. What Fashion Artist needs to know in regards of Fashion Illustration?. You must understand concepts of figure proportions, angles and guidelines Have flexibility in drawing the figure and figure parts

305 views • 12 slides

BLOCKING FASHION FIGURE

BLOCKING FASHION FIGURE. Adapted From: Irina Grebennik. What Fashion Artist needs to know in regards of Fashion Illustration?. You must understand concepts of figure proportions, angles and guidelines Have flexibility in drawing the figure and figure parts

253 views • 12 slides

Figure 7.1 Control of an alarm system

Set . Sensor. ¤ . On. Off . Memory. Alarm . element . Reset . Figure 7.1 Control of an alarm system. A . B . Figure 7.2 A simple memory element. Load. A . B . Output. Data. TG1 . TG2 . Figure 7.3 A controlled memory element. Reset . Set . Q .

1.1k views • 101 slides

Figure 6.15 The catalytic cycle of an enzyme

Figure 6.15 The catalytic cycle of an enzyme. 1uok. http://www.ncbi.nlm.nih.gov/Structure/. The cellular environment effects enzyme activity Temperature pH The presence of helper molecules (Cofactors and Coenzymes) Inhibitors Competitive Noncompetitive Activators.

530 views • 17 slides

Blocking morphology, with an example from the TIGGE forecasts

Blocking morphology, with an example from the TIGGE forecasts. Ф on PV2. Giacomo Masato B. J. Hoskins T. J. Woollings. lat. lon. NCAS Blocking Workshop, Reading, 15*12*2010. Outline. The ‘Wave-breaking’ Approach.

347 views • 16 slides

Figure 20.1 An Overview of the Cardiovascular System

Figure 20.1 An Overview of the Cardiovascular System. Figure 20.1. Figure 20.2 The Location of the Heart in the Thoracic Cavity. Figure 20.2a, b. Figure 20.2 The Location of the Heart in the Thoracic Cavity. Figure 20.2c. Figure 20.3 The Superficial Anatomy of the Heart. Figure 20.3a.

1.01k views • 25 slides

Figure 21-8 An Overview of Cardiovascular Physiology

Figure 21-8 An Overview of Cardiovascular Physiology. Cardiac Output. Venous Return. Arterial Blood Pressure. Regulation (Neural and Hormonal). Venous Pressure. Peripheral Resistance. Capillary Pressure. Capillary exchange. Interstitial fluid. Pressure and Resistance.

1.61k views • 31 slides

Figure 1 An outline of ePPi metabolism

Figure 1 An outline of ePPi metabolism. Abhishek, A. & Doherty, M. (2010) Pathophysiology of articular chondrocalcinosis—role of ANKH Nat. Rev. Rheumatol. doi:10.1038/nrrheum.2010.182.

81 views • 1 slides

Figure 7.1. Control of an alarm system.

Set. Sensor. ¤. On. Off. Memory. Alarm. element. Reset. Figure 7.1. Control of an alarm system. A. B. Figure 7.2. A simple memory element. Load. A. B. Output. Data. TG1. TG2. Figure 7.3. A controlled memory element. Reset. Set. Q.

1.12k views • 98 slides

Figure 7.1 Control of an alarm system

Set. Sensor. ¤. On. Off. Memory. Alarm. element. Reset. Figure 7.1 Control of an alarm system. A. B. Figure 7.2 A simple memory element. Load. A. B. Output. Data. TG1. TG2. Figure 7.3 A controlled memory element. Reset. Set. Q.

1.19k views • 101 slides

Figure 2 The nephron: an evolutionary link

Figure 2 The nephron: an evolutionary link. Romagnani , P. et al . (2013) Renal progenitors: an evolutionary conserved strategy for kidney regeneration Nat. Rev. Nephrol. doi:10.1038/nrneph.2012.290.

108 views • 1 slides

Figure 1 The eye as an extension of the CNS

Figure 1 The eye as an extension of the CNS. London, A. et al . (2012) The retina as a window to the brain —from eye research to CNS disorders Nat. Rev. Neurol. doi:10.1038/nrneurol.2012.227.

214 views • 1 slides

FIGURE 1 – An Insurance Firm

FIGURE 1 – An Insurance Firm. proxy for performance is agent productivity (sales / op. exp.). Reject or Accept. CLAIMS Dept. INVESTMENT Dept. ACTUARIAL Dept. Pricing of Policies. Investment of Cash. Claims. Basket of Policy Variations. Portfolio of Policies. Premiums. Sales.

209 views • 9 slides

Fig. 14.01

Fig. 14.01. Fig. 14.07. Fig. 14.15. Fig. 14.14. Fig. 14.25. Fig. 14.33.

167 views • 8 slides

Figure 7.1. Control of an alarm system.

1.01k views • 98 slides

Figure 20.1 An Overview of the Cardiovascular System

302 views • 25 slides

FOIL BLOCKING: AN INTERMEDIATE GUIDE

Gold foil invites are often used on wedding cards which help them look elegant, attractive and beautifully stunning.Also, the making of dye is from an outsider company which becomes costly. This whole process makes foil blocked invitations costly up to three times.

30 views • 2 slides

An overview of the symptoms associated with mesenteric artery disease

"As the name suggests, mesenteric artery disease also known as mesenteric ischemia refers to the narrowing of the arteries supplying blood to the intestines. Mesenteric artery disease symptoms typically manifest with a range of symptoms. Patients may experience severe, crampy abdominal pain, often occurring after meals, due to insufficient blood flow to the intestines. This pain can lead to weight loss and diminished appetite, as eating exacerbates discomfort. Nausea, vomiting, and diarrhea can also accompany the condition. Left untreated, mesenteric artery disease can result in tissue damage,

7 views • 3 slides

More Related