How would you make THC-analogue that contains a C9 chain instead of the C5 chain? (answer only with structures not theory)
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How would you make THC-analogue that contains a C9 chain instead of the C5 chain? (answer only with structures not theory)
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- The distal histidine stabilises the iron in heme group of a deoxyhaemoglobin. T/FAmoeboid cells that migrate through our tissues, such as the class of white blood cells known as neutrophils, often do so in a directed manner, triggered, for instance, by chemical signals released by pathogens such as bacteria. Directed migration in response to a chemical stimulus is known as chemotaxis. Part of an efficient chemotactic response is the ability of cells to polarize. As is the case with our structurally-polar polymers like F-actin or microtubules, polarization here refers to an asymmetry in the cells, rather than an electrical charge. In this case, it involves one part of the cell becoming the “front” (or leading edge) and another the rear. In a well-polarized, migrating cell, it’s been observed that an active form of Rac (which, in turn, can activate ARP 2/3) is concentrated towards the front of the cell, whereas an active form of Rho (which, in turn, can activate formin, inhibit cofilin/ADP, and activate myosin II) is found toward the rear of the cell. Based on your…Amoeboid cells that migrate through our tissues, such as the class of white blood cells known as neutrophils, often do so in a directed manner, triggered, for instance, by chemical signals released by pathogens such as bacteria. Directed migration in response to a chemical stimulus is known as chemotaxis. Part of an efficient chemotactic response is the ability of cells to polarize. As is the case with our structurally-polar polymers like F-actin or microtubules, polarization here refers to an asymmetry in the cells, rather than an electrical charge. In this case, it involves one part of the cell becoming the “front” (or leading edge) and another the rear. In a well-polarized, migrating cell, it’s been observed that an active form of Rac (which, in turn, can activate ARP 2/3) is concentrated towards the front of the cell, whereas an active form of Rho (which, in turn, can activate formin, inhibit ADP, and activate myosin II) is found toward the rear of the cell. Based on your…
- Is it hot in here, or is it just me? Why is the C4C4 pathway valuable for tropical plants?If a C3 plant and a C4 plant are placed together in a sealed illuminated box with suffi cient moisture, the C4 plant thrives while the C3 plant sickens and eventually dies. Explain.why is nuclei stained purple but the cytoplasmic components are pink in eosin?
- please answer with explanation and use text format as much as possible do not copy, thanks Draw structures of the following. If anything is unsaturated write in configuration only! - Palmitic acid - Arachidonic acid - Phosphatidylcholine - Trilauric acidHC CH reaction with HC CH lysosome CH CH HC CH3 HC CH3 HC CH HC. CH CH3 CH3 ОН OH inside the cell, propranolol sometimes encounters lysosomes, which alter its NH group as shown above (right). reacting with the lysosomes, propranolol becomes trapped inside the cell and can cause psoriasis or other inflammatory side effects. Use IMFS to explain why the altered propranolol gets trapped. TWhich of the following properties affect membrane fluidity? Phospholipid composition The number of double bonds in hydrocarbon tails Cholesterol content All of the above
- sickle hemoglobin when deoxygenated will create a long line of protein cells? is this true? Please explain your answer. thanksCertian bacterial species have outer layers composed of polymers made of D-amino acids. Immune system cells whose task is to attack and destroy foerign cells, cannot destroy these bacteria. Suggest a reason for the phenomenon.This was the HIPPo pathway diagram given to us by our physiology Lecturer. Can you please kindly explain this digram, like what each protein is and and everything about the hippo pathway. Thank you.