4. What are “releasing hormones” …”inhibiting hormones” where do t.pdf

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4. What are “releasing hormones”? …”inhibiting hormones”? where do they come from and what is the primary target? Which hormones have releasing hormones and what do they have in common? (3-4 sentences) Solution Releasing hormones: These are hormones which regulate other hormones for their secretion from their respective glands. For example thyrotropin-releasing hormone which release thyroid- stimulating hormone. Inhibiting hormones: These are basically those hormones which have function for inhibiting other hormones production. For example melanocyte Inhibiting hormone secret from hypothalamus and inhibits melanocyte-stimulating hormone. These hormones are secreted from majorly hypothalamus but also secreted by adrenal cortex, myocytes and cerebral cortex. Major releasing hormones: Corticotropin-releasing hormone (CRH), growth hormone releasing hormone (GnRH),, gonadotropin-releasing hormone (GHRH),: these are basically secreted by hypothalamus and help to release hormones from pituitary..

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Describe the difference between tropic and non-tropic hormones. Solution TROPIC HORMONES : Tropic hormones are those hormones which act on other endocrine hormonesthey are named as respective tropin. Ex: adreno cartico tropic hormone (acth) is a tropic hormone which acts on the cells of adrenal cortex and stimulate the synthesis of glucocorticoid hormones.similarly,Thyroid stimulating Hormone (TSH) and Leutinising hormone(LH) and Follicle stimulating hormone (FSH) also act on specific tissues or hormones and stimulate the synthesis of other hormones. NON-TROPIC HORMONES : these are the hormones that act directly on the specialised tissues or cells and induce the effect.they play a vital role in many metabolic functions. Ex: cartisol is a non topic hormone which is a result of many chain reactions that are induced due to ACTH (tropic hormone).testosterone,estrogen,vassopressin,epinep[hrine and non-epinephrine are some of the examples of non-tropic hormones. both tropic and non-tropic hormones are crucial in proper endocrine functions. for example if ACTH is inhibited, release of cortisol is inhibited due to interruption of chain reactions. Most of the hormones released from endocrine glands like pancreas,gonads,pituatary galnds are non-tropic..

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This power point presentation deals with the various types of glands present in human body. We have discussed here about Major Endocrine Glands in human body, their structure, their location, the hormones they produce and the effect of those hormones. We have also discussed about disorders that may occur with abnormal hormonal secretions, Lastly we have discussed about the mechanisms in which the hormone works inside human body

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Congestive heart failure is a common condition. What would be an initial investigation which points to the possibility of congestive heart failure, and which then may lead to blood tests, and further diagnostic measures? Solution Shortness of breath is observed with left side myocardial pain (left hand side) due to shortage of oxygen (hypoxia mediated iscahemia, myocardial infarction) supply to the heart muscles result in increased rate of breathing. This can be initially observed with \"leg swelling (because cardiac output decreases during myocardial infarction, congestive heart failure)\" due to peripheral edema followed by \"rales or crackles\" primarily can be heard in the lung bases. These are the events followed by examining patient for blood tests and ECG etc performed. Congestive heart failure (CHF) is the inability of heart to pump adequate blood according to body demands. Hypertension and coronary heart disease are the most common reasons of heart failure..

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How many binary digits are needed to create 1024 combinations? A. 8 B. 9 C. 10 D. 11 Solution C is correct. Ten binary digits provide 1024 combinations (210 = 1024). A, B, and D are incorrect. A is not correct because eight binary digits provide 256 combinations (28 = 256). B is not correct because nine binary digits provide 512 combinations (29 = 512). D is not correct because 11 binary digits provide 2048 combinations (211 = 2048)..

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Ed stays on Earth, and watches his twin Rob fly away in a rocket. Ed sees Rob\'s clock run more slowly, so he expects Rob to age more slowly. 2. From his vantage point in the rocket. Rob watches his twin Ed and the planet Earth moving away from him. Rob sees Ed\'s clock run more slowly, so he expects Ed\'s to age more slowly. 3. If Rob returns to Earth, he will be younger than Ed. 4. An electron that has been accelerated through a potential difference of + 10 kV has the same kinetic energy as a proton that has been accelerated through a potential difference of - 10 kV. 5. To a good approximation, the momentum of an electron that has been accelerated through a potential difference of 500 times 10^6 Volts is 500 Me V/c. 6. Planck used a quantum hypothesis to explain how the color of a heated object changes with temperature. 7. The more uncertain a particle\'s position, the more uncertain its momentum. 8. The de Broglie wavelength of a neutron is smaller than the dc Broglie wavelength of an electron with the same momentum. 9. For an electron in a square well, the separation between successive energy levels increases as the energy increases. 10. For an electron in a hydrogen atom, the separation between successive energy levels increases as the energy increases. Solution 1) true. It can be explained by time dilation. 2) False. He sees Ed\'s clock run more quickly. 3) true. 4) true.

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Explain why the notochord is an evolutionary advacement. (what is a notochord and why is it adaptive?) Solution A notochord is a primitive beginning to the backbone. It appears in embryos as a small flexible rod made from cells from the mesoderm, which is one of the three layers of cells of embryos. Notochords are only found in the phylum chordata, a group of animals that includes humans. In fact, it is the defining feature of that particular phylum. Notochords, and furthermore backbones, are what separate us from the more primitive living creatures that we encounter.The notochord is oriented head to tail and is found between the digestive tube and the nerve cord. Since it is composed of stiffer tissue, it allows for skeletal support of the organism. why the notochord is an evolutionary advacement - In vertebrates, the notochord arises from the dorsal organiser. Originally identified by Spemann and Mangold in amphibians, the dorsal organiser is a region of a vertebrate gastrulae that, when transplanted into prospective lateral or ventral regions of a host embryo, induces the formation of a second embryonic axis, while only contributing to notochord and prechordal mesendoderm . In amphibians, this region is the dorsal lip of the blastopore. In other species, homologous structures have been found: the embryonic shield of teleost fish, Hensen\'s node in the chick and the node of mouse embryos all possess essentially the same activities as Spemann and Mangold\'s dorsal organiser . The functions and activities of the dorsal organiser are complex. For this discussion, it is useful to consider the relationship between specification of notochord fate and dorsal organiser activities. First, however, what are the distinct morphological stages that the dorsal mesendoderm progresses through on its way to becoming a mature notochord? The first major transition is from dorsal organiser to chordamesoderm. During early gastrula stages, the chordamesoderm, which is the direct antecedent of the notochord, becomes morphologically and molecularly distinct from other mesoderm. Cellular rearrangements involving the mediolateral intercalation and convergence of cells towards the dorsal midline, force the chordamesoderm into an elongated stack of cells. Genetic screens in zebrafish have identified two loci, floating head (flh) andbozozok (dharma – Zebrafish), as being essential for this transition to occur . As development proceeds, chordamesoderm cells acquire a thick extracellular sheath and a vacuole. Osmotic pressure within the vacuole acts against the sheath, gives the notochord its characteristic rod-like appearance, and provides mechanical properties that are essential for the proper elongation of embryos and for the locomotion of invertebrate chordates and many vertebrate species. This transition, from chordamesoderm to mature notochord, requires a host of loci that have been identified in zebrafish genetic screens..

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