what does a deer spine look like?
349217
Here is an image\n\nhttp://www.jkestler.com/photos/images/20051024213949_1.jpg
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Interesting question. In anatomy, they name structures typically but you are looking for the names to the space outside the body above or around structures. The lumbar region is where you would find the small or hallow of the back and the lateral to the group of bones that forms the tarsus is where the small of the ankle would be located. \n\nThe suprasternal notch is actually part of the sternum and therefore named. The hallows both of the back and the ankle are formed by the articulations or the way several things fit together on the body and therefore not. They are not, in an anatomical sense, specific enough to anything.
932301
People have given you plenty of sites for lists of herding animals, but I thought you might be interested in this fact about deer, elk and moose.  The herding animals are the ones with the white rump patches.  The deer and elk have white rump patches and use these to identify each other and stay in the herd.  Moose, in the other hand, are solitary animals and have no white rump patch.
701287
It sounds like you have a titled pelvis.  Have you had your spine checked?  There might be a chance you have scoliosis,\n\nScoliosis is a lateral (toward the side) curvature in the normally straight vertical line of the spine. The normal spine curves gently backward in the upper back and gently inward in the lower back. When viewed from the side, the spine should show a mild roundness in the upper back and shows a degree of swayback (inward curvature) in the lower back. When a person with a normal spine is viewed from the front or back, the spine appears to be straight. When a person with scoliosis is viewed from the front or back, the spine appears to be curved. \n\nMy injury is from a car accident I don't know how you got yours.  Continue the regimen to lose weight that always helps as well as walking it will ease the pain. \n\nI am not sure if you afraid of needles you can try accupuncture, deep tissue massage and reiki massage as well as a chiropracter. \n\nIf you've already spoken with your dr and that's all the advice he's given you.  You need to see another dr.  You need to see another one and get a second opinion\n\nI don't know what type of insurance you have but you can make appt and get referrals remember your paying for the insurance your not dr and it just seems that's his thing weight weight weight.. blah blah.  I had one of those and punched him and got another one.
383966
it looks like a longggggg bone but it has spikes sticking out of it\n\nÆ
843990
no eye deer !!! easy no idea
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The shape of the articular surfaces of the vertebrae give good clues as to the types of movements that they allow. \nFish have amphicelous vertebrae, that is, with both surfaces concave. Fishes have primarily lateral movements of the body axis. \nIn tetrapods, in addition to the main articular surfaces, there are apophyses that restrict dorsoventral movements between adjacent vertebrae. They are called zygapophyses and are situated anterodorsally and posterodorsally in each vertebra.\nIn tetrapods the vertebrae may have one convex surface and one concave surface (complementary), or other shapes. If they have anterior concavity they're called procoelous, and if the concavity is in the posterior surface they're opisthocelous. Amphibians and reptiles have procoelous, opisthocoelous or amphicoelous vertebrae. These type of joints permit much lateral movement (except in frogs that have a shortened vertebrate column, and no tail).\nThe neck vertebrae of birds are heterocoelous: their articular surfaces have the shape of a horse saddle and this allows greater mobility (some birds are able to rotate their heads 180º). \nIn mammals the vertebrae are amphiplatyan, with both surfaces flat; mammals do not move their column laterally, but there is dorsoventral undulation when running. The xenarthrans (armadillos, sloths and giant anteaters) have special additional articulations that make their lumbar area more rigid when they stand on their hindlegs.
404704
Looks like A> Reining
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The pectoral girdle of turtles,terrapines, and tortoises lacks the breast bone or the Sternum, whereas the other tetrapods have a well developed Sternum, to which the ribs are attached anteriorly.\n\nThe difference exists because turtles have a shell , like the tortoises , which is used as a defensive covering. since, the weight of this shell is added to their thorax , if sternum wouldve been there, it wouldnt be able to bear the entire weight. so, instead of that, their ribs are directly present in circles. the more the no. of bones, the more weight they can share together instead of a single bone .
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go to this link, you will find out where it is in the pic:\n\nhttp://www.coolnurse.com/anatomy.htm
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Deer eat foliage.  There is a limited amount of edible plants that can grow in any amount of space (like a square mile).  That puts a limit on the number of deer that can live in that space.  \n\nWhen the deer go over that limit, they can't get enough to eat.  They weaken, and become susceptible to disease.  Many older and younger ones die of starvation.  In addition, the deer may eat more than just young twigs and leaves, consuming so much of trees and bushes in an attempt to feed that they kill the plants.\n\nDeer may move into human areas in an attempt to find food.  They risk being shot by humans who object to their gardens being pilfered.  In addition, ticks that feed on the deer can carry Lyme disease, which can infect and therefore endangers humans.
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The giraffe is the classical example used everywhere to emphasize the constant nº of cervical vertebrae in mammals (seven), which has very few exceptions.\nHowever, a paper published in 2000 in the Journal of Zoology claims that giraffes have an additional neck vertebra between cervical 2 and 6, and the last cervical vertebra (C7) bears the first ribs. This would imply that the adaptive changes that lead to neck elongation had deeper consequences.\nI don't know if the author, N. Solounias, or other researchers have made further advancements with respect to this issue.\n-----------------------\nAddenda: the hypothesis that the fixed nº of vertebrae could be a developmental constraint has been explored in a 1999 paper.\nhttp://wwworm.biology.uh.edu/evodevo/lecture11/galis99.pdf
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Cervical vertebrae (Vertebrae cervicales) are the smallest of the true vertebrae, and can be readily distinguished from those of the thoracic or lumbar regions by the presence of a foramen (hole) in each transverse process. The first, second, and seventh cervical vertebrae present exceptional features and must be separately described, though the other four have common characteristics.\n\nhttp://www.answers.com/CERVICAL%20SPINE
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try google images... some great pic and anatomical diagrams
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same number of ribs despite the christian creation story, sorry. \nDifferences in Pelvis (wider, different angle in females)\nalso differences in skull. Usually less rounded forehead, more pronounced eyebrow ridges and wider ridges under eye(cheekbones) in males. \nthe differences are gradual and so it can be difficult to distinguish male and female skeletons, depending how strongly the sexual dimorphism is expressed.
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The brown recluse spider is a venomous spider of the family Sicariidae (formerly of the family Loxoscelidae) and the genus and species Loxosceles reclusa. It is usually between 1/4 and 3/4 inch (6.4-19.1mm) but may grow larger. It is brown and usually has markings on the dorsal side of its thorax, with a black line coming from it that looks like a violin with the neck of the violin pointing to the rear of the spider resulting in the nickname "fiddleback spider" or "violin spider". Coloring varies from light tan to brown and the violin marking may not be visible.\n\nFor more information and pictures visit the link below.
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It would be good if we could see what it looks like. I'm a fitness instructor and might be able to help you figure out the sreen if I could see what it loks like.. Sorry cant help any more