About the skeleton of house mouse.?
912141
Here are two (see refs.). Note that the second one is a rotating 3-D model.
319609
sorry blondie but if you think a skeleton is beautiful then be my guest lol. She is retarded, i think even more stupid than our president lol. I think my pinky finger has more fat/meat on it than her whole body haha...well with that i'm sure you know my opinion of her...see ya...(also a funny comic in the link on source about her...)
733320
Hmmm... looks like the common House Spider... but it also almosts looks like the Hobo Spider.... don't worry, these species are harmless but they can be quite a nuisance.
958872
The bones don't dissappear, they just fuse together.  Adults have a solid skull, but babies have the skull made of several different sections, which makes it slightly flexible, and capable of growth.\n\nThe joints also have a number of "bones" which join other bones.  These are called the Ephyses (sp?) all animals have them, so if you're cooking up like the hank, or the shank of a cow or pig or something, you can see them.  Near the joint, the bone has all these lumps, and if you cook it forever, they'll usually fall off into the separate bones.  \n\nWhen a creature reaches full size, these ephyses fuse to the rest of the bone.  Actually, each one has a different range of time when they fuse, and archaeologists can study which ones have fused to determine the age a skeleton was when the person died.\n\nSo now you know.
558354
There is a cool device we use at my place. The mouse gets trapped inside 2 x 1/2 x 1/2 foot wooden box (exact size doesnt matter). It's a simple device and works. Email me (sici_iadic@yahoo.com) n ill tell u how to make it if the below explanation isnt clear. \n\nOnce mouse gets trapped inside u can decide what to do with it. We dont like to kill 'em so we take them to a garbage dump far away and let 'em loose.\n\nThere is a small sliding door which falls down from one side of the box. The door is held up by a string and its other end goes through a small hole at the top of the box to the inside. There is a small ring fixed to the bottom of the box inside it. A piece of food is atached to the string and this goes through the ring and the door is held up by this peice of food. We use a Sprat most of the time. A piece of Potato also works. The door if its not heavy must have a weight to bring it down fast. We use an old padlock lodged on the top of the door. \n\nThe mouse comes in, eats the sprat, down comes the door and next day we find it trapped inside. On the other side to the door we've put a mesh to see inside. Guess u could modify this simple design anyway u want.\n\nThe key to this trap is how heavy the door can be (without breaking the string by itself) and how smooth and fast it slides down. Also the piece of food must be just barely holding up the door. Otherwise the Mouse may take some bites and leave without the door coming down. \n\nWe've caught abt 50 mice with this trap over the years.\n\nall the best.
844028
no. The mice I have are in the freezer for my snake.  However I have a strange obsession with dead animals.  I will run them over and one time while camping we fond a squirrel or something.  Anyway I kept throwing it against a tree and drop kicking it!!  Like I said a strange obsession!
906376
first, release some ants or use acid to get the rest of the flesh off. then, clean the bones with vinegar. then, have a pad of clay and mount them, sorry, i cant find a website.
179447
If I only had a nickel for every time this question has been asked. It's the same old tired question about mouse cleavage cells. In early development mice don't have cleavage.
844966
You really need to post this in the Archeology forum.  It's sarcophagus, BTW.
1105960
"All major molluscan groups possess a skeleton, <b>though it has been lost evolutionarily in some members of the phylum</b>. It is probable that the pre-Cambrian ancestor of the mollusks had calcium carbonate spicules embedded in its mantle and outer tissues, as is the case in some modern members."\n\nSo it looks like slugs are gastropods that have lost or abandoned the ability to develop a shell rather than the other way around.
1071305
The axial skeleton forms the central axis of the body. It consists of the skull, the vertebral column, the ribs and the sternum or breastbone.  There are 80 bones total in the axial skeleton, and I'm sorry but I'm not going to type them all out for you.  I will, however, provide you with some links so that you can see what they are if you need to know all 80.  They have great diagrams.\n\nhttp://webschoolsolutions.com/patts/systems/skeleton.htm#axial\nhttp://www.botany.uwc.ac.za/sci_ed/grade10/manphys/axial.htm
31274
Most, if not all mammals are vertebrates.  That simply means that they have a backbone or a spinal column.  An example of an invertebrate would be an octupus.  Hope this clears it up a bit!
102110
A typical adult human skeleton consists of the following 206 bones.\nIn the skull (22):\n\nCranial bones: \n1. frontal bone \n2. parietal bone (2) \n3. temporal bone (2) \n4. occipital bone \nsphenoid bone \nethmoid bone \nFacial bones: \n5. zygomatic bone (2) \n6. superior and inferior maxilla \n9. nasal bone (2) \n7. mandible \npalatine bone (2) \nlacrimal bone (2) \nvomer bone \ninferior nasal conchae (2) \nIn the middle ears (6):\n\nmalleus (2) \nincus (2) \nstapes (2) \nIn the throat (1):\n\nhyoid bone \nIn the shoulder girdle (4):\n\n25. clavicle or collarbone (2) \n29. scapula or shoulder blade (2) \nIn the thorax (25):\n\n10. sternum \n28. ribs (2 x 12) \nIn the vertebral column (24):\n\n8. cervical vertebrae (7) incl. atlas & axis \n14. lumbar vertebrae (5) \nthoracic vertebrae (12) \nIn the arms (6):\n\n11. humerus (2) \n26. condyles of humerus \n12. ulna (2) \n13. radius (2) \n27. head of radius \nIn the hands (54):\n\nWrist (carpal) bones: \nscaphoid bone (2) \nlunate bone (2) \ntriquetrum bone (2) \npisiform bone (2) \nTrapezium (bone) (2) \ntrapezoid bone (2) \ncapitate bone (2) \nhamate bone (2) \nPalm or metacarpal bones: \nmetacarpal bones (5 × 2) \nFinger bones or phalanges: \nproximal phalanges (5 × 2) \nintermediate phalanges (4 × 2) \ndistal phalanges (5 × 2) \nIn the pelvis (4):\n\n15. ossa coxa (hip bones or innominate bones) (2) \n16. sacrum \ncoccyx \nIn the legs (8):\n\n17. femur (2) \n22. greater trochanter of femur \n23. condyles of femur \n19. patella (2) \n20. tibia (2) \n21. fibula (2) \nIn the feet (52):\n\nAnkle (tarsal) bones: \ncalcaneus (heel bone) (2) \ntalus (2) \nnavicular bone (2) \nmedial cuneiform bone (2) \nintermediate cuneiform bone (2) \nlateral cuneiform bone (2) \ncuboidal bone (2) \nInstep bones: \nmetatarsal bone (5 × 2) \nToe bones: \nproximal phalanges (5 × 2) \nintermediate phalanges (4 × 2) \ndistal phalanges (5 × 2) \nThe infant skeleton has the following bones in addition to those above:\n\nsacral vertebrae (4 or 5), which fuse in adults to form the sacrum \ncoccygeal vertebrae (3 to 5), which fuse in adults to form the coccyx \nilium, ischium and pubis, which fuse in adults to form the pelvic girdle
63404
u didnt really specific the frog, but at least there's two links (there's some more, u could just google it) and hope it helps =)
855593
I would look here for your answer and/or a link that could get you your answer http://en.wikipedia.org/wiki/Vertebrate\n\nGood Luck!!!
439747
Here's a piece of the answer:\n\nThe important thing to remember is that the snails MUST have a constant supply of calcium to keep the shell strong (the shell is, after all, the snail's home, and without it, he'd die!!).
874558
If it has no visible head (except darker mandibles) and no legs, it is a fly larva, most likely Brachycera, the most common sub order of flies (house flies, blow flies, etc.). It is difficult to determine the exact species, or even family for that matter without seeing it under a scope with a key. It is most likely some species of flesh fly or blow fly, their larvae tend to be very mobile, althought they typically dont travel very far, so the source of your maggot problem may be or possibly was not too long ago, just outside the area where they are coming in by. If they depleted their food resource, typically rotting flesh or dung, they will sometimescrawl away in search of more food....\n\nhope this helps!