1. Which of the following brain structures are visible on the inferi.pdf

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1. Which of the following brain structures are visible on the inferior surface of the brain. (select all that apply) A.brainstem B.cerebellum C.frontal lobe D.parietal lobe E.temporal lobe 2. Match the decription listed with the corresponding structure A. corpus callosum B. hypothalamus C. mammillary bodies D. pineal body (gland) 1. controls hormone secretion from the pituitary gland 2. fiber tract that connects the left cerebral hemisphere to the right cerebral hemisphere 3. involved in suckling reflex and chewing 4. primary relay center for sensory information coming into the brain 5. secretes the hormone melatonin from its precursor molecule serotonin Solution 1.all of the above mentioned structures except the parietal lobe are visible on the inferior surface of the brain. Parietal lobe will be visible only from the lateral view. 2. A-2 B- 1 C-4 D-5.

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1. The basic functional unit of the nervous system is the neuron. What is the major function of this cell type? 2. Match each statement with the correct type of neuroglia by filling in the blank. 1. forms the myelin sheath in the CNS 2. lines CSF-filled cavities 3. surrounds the cell body of a neuron found in the PNS 4. act as a phagocyte in the CNS 5. forms the myelin sheath in the PNS 6. controls the chemical environment around neurons in the CNS 3. Match each description with a term from the key. Key: a. afferent neuron e. interneuron i. nucleus b. central nervous system f. netroglia j. peripheral nervous system c. efferent neuron g. neurotransmitters k. synaptic cleft d. ganglion h. nerve l. tract 1. the brain and spinal cord collectively 2. specialized supporting cells in the nervous system 3. junction or point of close contact between neurons 4. a bundle of axons inside the PNS 5. neuron serving as part of the conduction pathway between sensory and motor neurons 6. ganglia and spinal and cranial nerves 7. collection of neuron cell bodies found within the CNS 8. neuron that conducts impulses away from the CNS to muscles and glands 9. neuron that conducts impulses toward the CNS from the body periphery 10. chemicals released by neurons that stimulate or inhibit other neurons or effectors 11. collection of neuron cell bodies found in the PNS 12. bundle of axons inside the CNS 4. Match the following anatomical terms (column B) with the appropriate description or function (column A). Column A Column B 1. region of the cell body from which the axon originates a. axon 2. secretes neurotransmitters b. axon terminal 3. receptive regions of a neuron ( 2 terms) c. axon hillock 4. insulates the nerve fibers d. cell body 5. site of the nucleus and most important metabolic area f. chromatophilic substance 6. involved in the transport of substances within the neuron g. dendrite 7. essentially rough endoplasmic reticulum, important metabolically h. myelin sheath i. neurofibril 8. impulse generator and transmitter 5. Label the following structures on the diagram of a multipolar neuron shown below: cell body, nucleus, nucleolus, chromatophilic substance, dendrites, initial segment of axon, myelin sheath, myelin sheath gaps, and axon terminals. 6. What substance is found in synaptic vesicles of the axon terminal? 7. What anatomical characteristic determines whether a particular neuron is classified as unipolar, bipolar, or multipolar? Make a simple line drawing of each type here. Unipolar neuron Bipolar neuron Multipolar neuron 8. Correctly identify the sensory (afferent) neuron, interneuron, and motor (efferent) neuron in the figure below. Which of these neuron types is/are unipolar? Which is/are most likely multipolar? 9. Describe how the Schwann cells form the myelin sheath encasing the nerve fibers. Structure of a Nerve 11. State the location of each of the following connective tissue coverings. endoneurium: perineurium: epineurium: 12. What is the fu.

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Give background information concerning EMT and include what is known about EMT in normal development as well as in neoplasms. What are strategies that could be used to overcome drug resistance in cancer cells by targeting EMT (minimum four paragraphs). Solution Answer: Cancer stem cell (CSC) hypothesis: This hypothesis elucidating that the CSC are the subpopulation and able to exert higher resistance associated with explicit capability to self-renew finally to differentiate into different offspring of cancer cells to generate a tumor. This hypothesis is based on the cellular mechanisms exclusively developed inside the CSC to exert resistance such pathways are mainly through Wnt signaling, Notch signaling. There are other targets to regulate proliferation and differentiation through ABC transporter system and receptor tyrosine kinases. These targets are the future stem cells anti-cancer therapies in regulating the proliferation & differentiation of cancer cells as CSCs have a potential relationship with epithelial-mesenchymal transition (EMT). Metastasis has many steps. The main cancer cell morphological features that support invasion, intravasation, and extravasation are epithelial-mesenchymal transition via cell -adhesion molecules. Invasion is mainly due to presence of cell adhesion molecules such as integrins on the cancer cells finally promote the movement of cancer cells to another region. This process is going to connect adjacent cells to tumor cells finally undergo epithelial-mesenchymal transition (EMT) result in formation of \"continuously dividing neoplasms\" with higher drug resistence to cure compared to normal cells Strategies that could be used to overcome drug resistance in cancer cells by targeting EMT: \"A combination therapy of neutraceuticals & chemotherapeutic agents\" are most promising strategies to overcome drug resistance in cancer cells by targeting EMTs, cancer stem cells (CSC) & Modulation of microRNAs do promote effective strategy to overcome drug resistance in cancer cells Oligonucletodie deliver: Another strategy could be used to overcome drug resistance in cancer cells by targeting EMT. In this method, synthesized microRNAs are going to make in the form of \"nanoparticle or microsomal\" formulation finally used to target microRNAs in cancer cells result in \"complete destruction of pre-mRNA\" finally there will no translation mechanism to synthesize \"cell survival proteins\" to proliferate.

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Explain how the current economic recession differs from the depression in the 1930\'s. Solution The Great depression was worldwide. It was due to the collapse of the international financial system It also resulted from the mutual adoption by many countries ( including USA) of high- tariff policies, which were intended to keep out foreign goods in order to protect domestic producers. The policies were called \"beggar thy neighbour\" strategies since they attempted to \"export\" unemployment by improving one country\'s trade position and hence demand for its goods at the expense of its trading partners And , of course, if each country keeps out foreign goods, the volume of world trade declines, providing a contractionary influence on the world economy Almost every country suffered a deep recession in the 1930s, but some countries did better than USA Sweden began an expansionary policy in the early 1930s and reduced its unemployment relatively quicker Britain\'s economy suffered high unemployment but in 1931 it went off the gold standard and the ensuing devaluation of the pound sterling set the stage for some improvement. Germany grew rapidly after Hitler came to power and expanded government spending. China escaped the recession until after 1931, because it had a floating exchange rate. In 1938, real GNP in US rose above its 1929 level for the first time in the decade, but it was not until 1942 , after the US formally entered world war II , that the unemployment rate finally fell below 5% The experience of the US in the early 1980s- the worst recession since the Great Depression, casts doubt on the optimistism of recovery. During the 1980s, the US experienced the largest sustained budget deficits in its peacetime history. Even so cutting spending or raising taxes was not politically popular. Gradually, in the 1990s, the deficit began to be brought under control, and toward the end of the decade the budget swung into surplus.This was due to raising the prices and government spending. By, Nishant Bhatt.

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Does yeast uses CopI and CopII formation for vesicle budding to grow asexually?Is CopII starts from the er then goes out the cell and CopI works for the molecules comes in the cell and goes to nucleus?Does copII carries proteins away to make the budding?Please explain in details. Solution Yes, yeasts reproduce asexually by an asymmetric division process known as budding. Initially, yeast forms a small protuberance which then grows to a full size and forms a bud. Then the nucleus splits and migrates into the daughter cell. After the movement of nucleus, the entire bud detaches from the parent cell by forming a constriction at the base. This process will repeat until a chain of bud cells are formed..

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X-Linked Recessive Write three rules to keep in mind when counseling someone about the likelihood of inheriting an X-linked recessive condition: About parents\' genotype. About parents\' phenotype. About the probability of the offspring showing the trait. If instead of having Hemophilia C (autosomal recessive), Lisa Keller\'s brother had Hemophilia A (X-linked recessive), what would be the probability that she was a carrier? 25% 50% 67% 100% More information is required to answer this question. Solution About genotype of parents- If the mother is a carrier i.e. carrying the recessive allele on one of her X chromosome and the father do not have the recessive allele in his genotype, then none of the daughters will suffer from the disease (since they will inherit only one recessive allele from the mother) but sons will have a 50% probability of suffering from the disease as they will inherit the recessive allele from the mother and the Y chromosome from the father, although there is a 50% probability of inheriting the wild type allele from the mother. Now if the mother is suffering from the disease i.e. has the recessive allele on both the X chromosome while the father is healthy having no allele for the disease, the daughters will always be a carrier but never suffer from the disease as they eill inherit the healthy wild type allele from the father as one X chromosome comes from the father and the other X chromosome from the mother. The sons will however all suffer from the disease as they inherit the Y chromosome from the father and the X chromosome having the recessive allele causing the disease will be inherited from the mother. Now suppose the mother is a carrier i.e. carries the recessive allele only on one X chromosome but the father suffers from the disease making his genotype XrY (Xr denoting recessive allele carrying X chromosome), then, 50%of their son will duffer from the disease while 50% of the daughters will also have a chance of suffering from the disease. If both the parents do not have a single recessive X linked disease gene on any of their X chromosome then none of the children will suffer from the disease. About phenotype of parents- If the mother is a carrier i.e. have the diseased allele on only one X Chromosome, then the phenotype of mother will be normal. But the father can never be a carrier for a X linked recessive disease as males have only one X chromosome. If the diseased allele in present on that X chromosome in males it will be expressed as there is no dominant healthy wild type allele to dominate the diseased gene. Thus if the father has the recessive diseased allele on X chromosome, the father\'s phenotype will be expresding the disease while if the father do not have the allele he will be healthy. On the other hand for the mother to express the disease the recessive allele has to be present on bith her X chromosome. Probability of offsprings showing the trait- If mother is a carrier and father is normal, then 5.

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What is a voluntary response sampleSolutionVoluntary response.pdf

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What adaptive benefit do these abilities give wolbachia? In other words, why does manipulating the host reproduction help its survival survival as parasite? What adaptive benefit do these abilities give wolbachia? In other words, why does manipulating the host reproduction help its survival survival as parasite? What adaptive benefit do these abilities give wolbachia? In other words, why does manipulating the host reproduction help its survival survival as parasite? Solution Manipulating the host reproduction help its survival as parasite.The improvement of complex lifestyles cycles can growth parasite health. Some parasites have, via host manipulation, further improved their reproductive success. Host manipulation in a few parasites, where they effectively can change the behavior or morphology of their intermediate host in a way that increases the parasite\'s trophic transmission It is a method of parasite transmission wherein the parasite manipulates the behavior of its host to growth transmission success to better trophic levels.

What adaptive benefit do these abilities give wolbachia In oth.pdf

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Think about autumn (Fall season) in places like New England (Pennsylvania, New York, Vermont, New Hampshire), where the leaves change color with the seasons. During the fall, which pigments are the first to be broken down in the leaves? How does that explain the fall colors we see? Why does the green color disappears during autumn (Fall season)? Please fully and clearly explain why the green color disappeares in trees located in New England during the autumn. Solution A number of factors play crucial role in changing the color of leaves in winter. Some are listed below: Similar is the reason with the New England trees..

Think about autumn (Fall season) in places like New England (Pennsyl.pdf

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The orange is which type of fruit? Simple - Legume Simple - Drupe Simple - Berry Multiple Aggregate The peas is which type of fruit? Simple - Legume Simple - Drupe Simple - Berry Multiple Aggregate The pistachio is which type of fruit? Simple - Legume Simple - Drupe Simple - Berry Multiple Aggregate Solution Please find the answers below and reasons in parentheses: Answer 22: Chocie 3 (Botanically, orange fruit is considered as a multiple aggregate of berry and the juicy part or pulp is considered as succulent testa of the ovary. The peel of orange is considered as ovarian wall.) Answer 23: Choice 1 (A pea pod is considered as a simple legume by botanical nature. It can open across both walls which eliminates the seeds inside the pod) Answer 24: Choice2 (Pistachios belong to family of cashew or family Anacardiaceae botanically. The fruits of this family are simple drupes in nature. These fruits contain the ovarian wall as the hard covering of the fruit and the ovary itself modifies into edible seed).

The orange is which type of fruit Simple - Legume Simple - Drupe .pdf

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The _________ is the protective chamber that houses the ovule and Later matures to become the fruit. A. Petal B. Ovary C. Carpel D. Stigma E. Sepals. What adaptation enhances bird\'s flying ability? A. hollow bones B. sternum. C. air sacs D. homeothermy E. all of the above. What plant characteristics are adaptations to land? A. internal fertilizations B. vascular tissues. C. seeds with waterproof coats. D. waxy leaves. E. all of the above. Which of which is characteristic of alternation of generation in land plants? A. haploid sporophytes make haploid spores. B. gametophytes produce spores that develop into gametes C. sporophytes and gametophytes are typically similar in appearance. D. meiosis in sporophytes produces haploid spores. E. either the gametophyte or the sporophyte is unicellular. The haploid stage in a plant life in a plant life cycle is called A. embryo B. zygote C. gametophyte D. sporophyte E. conspicuous Animals in which the blastopo Solution 31. ovary is the protective chamber that houses the ovule and later matures the fruit 32. tha hollow bones, air sacs , the sternum and homeothermy helps the birds to fly. the hollow bones helps in reducing the body weight which helps in flying. the air sacs are responsible for extracting more oxygen which hepls them to frly high. the sternum bones are present in the wings which are strong and flexible for the movement of the wings 33. all of the above are the plants characteristics for the plant to adapt land 34. 35. the haploid stage of plant life in plant life cycle is known as gametophyte. 36.in protostomes the blastopore becomes the mouth.

The _________ is the protective chamber that houses the ovule and Lat.pdf

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