List and briefly define the types of cuts made by restrition enzymes.pdf

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List and briefly define the types of cuts made by restrition enzymes. Solution Restriction enzymes are conventionally classified into four types on the beginning of 1) subunit conformation 2)cleavage position 3)sequence specificity and 4) Cofactor requirements. Type I enzymes are multisubunit, multiplex, incorporation restriction-and-moderation enzymes that cut DNA at random far from their identification sequences. Type II enzymes cut DNA at elucidate positions adjacent to or within their identification progression. Type III enzymes are also huge compound restriction-and-moderation enzymes. They cleave surface of their identification progression and necessitate two such progression in opposite alignment within the same DNA molecule to effectuate cleavage; they infrequently give absolute digests. Type IV enzymes accept improvement, representative methylated DNA and are illustrate by the McrBC and Mrr structure of E. coli..

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Identify 3 cell components that are shared in common between prokaryotes and eukaryotes. (Please write complete sentences) Question 9 The a produce (mark all that apply) septate hyphae with solid septae coenocytic hae asexual spores that are the most desiccation-resistant stage of the life cycle a multi-nucleate zygosporangia orangia that are produced asexually two different types of spores: one through asexual processes and one through sexual processes ia septate hyphae with a central pore Solution The Zygomycota are a type of fungi that reproduce asexually by means sporangiospores that are non-motile. Sexual reproduction takes place by copulation of the gametangia resulting in the formation of zygospores. Hence there are:.

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How many pairs of wires are in a standard Ethernet cable? Defend or dispute this statement. Ethernet is the most common network media because it is a superior technology. Solution Answer: Four pairs of copper wires are in a standard ethernet cable. Reason: 1.Ethernet cables provide perfomance moderately. 2.they are used in home reticulums and also by the travelers. 3.these ethernet cables are developed to attach a computer with a router or switch..

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How visual information is sent from the eye to the rest of the brain?. AFTER transduction, what is the order in which neural information is passed (where it eventually ends up in the occipital lobe)? Start with the photoreceptors, which are the rods & cones, and end with the primary visual cortex (which is located in the occipital lobe). (This is a LOT easier to see as a figure/picture, than it is to see as written words.) 8. How visual information is sent from the eye to the rest of the brain AFTER transduction, what is the order in which neural information is passed (where it eventually ends up in the occipital lobe)? Start with the photoreceptors, which are the rods & cones, and end with the primary visual cortex (which is located in the occipital lobe). (This is a LOT easier to see as a figure/picture, than it is to see as written words.) Photoreceptors (rods, cones) ganglion cells optic disk (info from the inner halves of the retina) (info from the outer halves of the retina) optic chiasm nerves stay on same side of brain as eye thalamus (dorsal lateral geniculate nucleus) primary visual cortex (occipital lobe) c. Solution Answer: (In the absence of the figure) (a) Horizontal and bipolar cells (b) Geniculo-calcarine tract (c) Primary visual cortex So, the overall pathway can be summarized as: The rods and cones are connected to horizontal and bipolar cells. The outputs of the retina then pass through the optic nerve, cross and split at the optic chiasm, through the optic tract to the LGN. From there, they pass to V1, or primary visual cortex, and then on to \"higher-level\" brain areas. The nerve fibers meet at the occipital lobe in the back of the brain. Vision is interpreted by the brain in the primary visual cortex..

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