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Kharkiv National University of Radio Electronics City: Kharkov Established in 1930 Status: State Accreditation: IV Form of study: Full-time, part-time, telecommuting Qualifying levels: Bachelor, Specialist, Master Number of students: 11000   Kharkov National University of Radio Electronics was founded as the Kharkov Institute of Mining Engineering, Automation and Computer Engineering , then called the Kharkov Institute of Radio.   In 2012 KNURE […]

1) Myth. High blood pressure runs in my family. There is nothing I can do. I will get it too. High blood pressure can run in families. If your parents or close blood relatives have had high blood pressure, you are more likely to develop it, too. However, lifestyle choices have allowed many people with […]

Is pulmonary hypertension different than high blood pressure? The human body has two circulation systems: Systemic (delivering oxygen throughout the body) Pulmonary (receiving oxygen from the lungs) Typically “blood pressure,” “high blood pressure” and “hypertension” refer to the systemic pressure throughout your body. Systemic blood pressure measures the pressure in your brachial artery (found in your […]

Blood pressure is typically recorded as two numbers, written as a ratio like this: Read as “117 over 76 millimeters of mercury” Systolic The top number, which is also the higher of the two numbers, measures the pressure in the arteries when the heart beats (when the heart muscle contracts). Diastolic The bottom number, which […]

4. Catabolism of sugars other than glucose 4.2 Degradation of fructose and sucrose The fructolysis pathway Fructose intolerance Sucrose is produced from sugar cane and sugar beet, which contain it in high concentrations (15–20%). In a typical Western diet, it may amount to as much as 20% of the total carbohydrate intake. Sucrose consists of […]

6. The respiratory chain 6.5 The energetics of electron transport Redox reactions can be compartmentalized to produce a measurable voltage The redox potential (?E) is proportional to the free energy (?G) Redox potentials and free energies in the respiratory chain In discussing the driving forces of electron transport above, we have referred to both the […]

16. Nucleotide metabolism 16.5 Purine degradation and salvage pathways Degradation of endogenous purine nucleotides (overview) Adenine nucleotide degradation The guanase and xanthine oxidase reactions Renal urate elimination: tubular reuptake and secretion Non-primates break down uric acid to allantoin Overview of purine salvage reactions The following pathways account for the degradation of endogenous nucleotides, as well […]

13. Hormonal regulation of metabolism 13.3 Other hormones Glucagon and epinephrine act via G-protein-coupled receptors The glucagon and epinephrine receptors activate adenylate cyclase and protein kinase A Metabolic effects of protein kinase A Glucocorticoids and thyroid hormones act on nuclear hormone receptors to activate transcription DNA binding by thyroid hormone receptors Metabolic effects of glucocorticoid […]

9. The hexose monophosphate shunt 9.1 Outline of the pathway The previous chapters have shown that glucose-6-phosphate has a central place in carbohydrate metabolism. This chapter describes yet another pathway that starts with this key metabolite, namely the hexose monophosphate shunt, or HMS for short. Since this pathway comprises both pentoses and hexoses, it is […]

3. Glycolysis 3.5 Transport and utilization of glucose in the liver and in other organs Kinetics of glucose transport by facilitated diffusion GLUT transporters in different tissues vary in their affinity for glucose Reaction velocities of hexokinase and glucokinase As was noted in slide 1.6.13, uptake of glucose from the blood occurs by facilitated diffusion […]

8. Glycogen metabolism 8.3 Glycogen synthesis and degradation Activation of glucose for glycogen synthesis Overview of glycogen synthesis A hypothetical reaction mechanism of glycogen synthase An alternative glycogen synthase mechanism Overview of glycogen degradation The reaction mechanism of phosphorylase Lysosomal glycogen disposal The regular, periodic structure of glycogen corresponds to similarly regular and periodic methods […]

8. Glycogen metabolism 8.2 Glycogen structure Why store glucose in polymeric form? Covalent structure of glycogen The size of glycogen particles is limited by crowding in the outer layers Glycogen is more loosely packed and more soluble than amylose 8.2.1 Why store glucose in polymeric form? The osmotic pressure is governed by the gas equation: […]


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