Negative pH??!

no its the axial skeleton in adult humans and mostly all the bones in children and in the fetus is the liver and spleen...

Here i will prove it to you:
http://209.85.141.104/search?q=cach...m+axial+skeleton+RBC&hl=en&ct=clnk&cd=3&gl=us

And also so you understand what the axial skeleton is:
http://en.wikipedia.org/wiki/Image:Axial_skeleton_diagram.svg

hope that helps

for the neg ph's...acids can def have them. for example, whats the ph of 10M HCl?

-1

bumpski20 said:

for the neg ph's...acids can def have them. for example, whats the ph of 10M HCl?

-1

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holy crap 10M HCl, contact with that and your skin will peal right to the bone...owe haha

superacids:

http://en.wikipedia.org/wiki/Superacid

Fluoroantimonic acid is 2 x 10^19 stronger than 100% H2SO4. Ho=-31.3

http://en.wikipedia.org/wiki/fluoroantimonic_acid

doc toothache said:

superacids:

http://en.wikipedia.org/wiki/Superacid

Fluoroantimonic acid is 2 x 10^19 stronger than 100% H2SO4. Ho=-31/3

http://en.wikipedia.org/wiki/fluoroantimonic_acid

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Thats scary stuff. Geez. What rxn could that possible be used for?

osimsDDS said:

no its the axial skeleton in adult humans and mostly all the bones in children and in the fetus is the liver and spleen...

Here i will prove it to you:
http://209.85.141.104/search?q=cach...m+axial+skeleton+RBC&hl=en&ct=clnk&cd=3&gl=us

And also so you understand what the axial skeleton is:
http://en.wikipedia.org/wiki/Image:Axial_skeleton_diagram.svg

hope that helps

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Oh man! I'm totally confused now, because I know the axial skeleton in adults makes up the skull, spine, pectoral/pelvic girdles, rib-cage, but I always thought RBCs, and leukocytes were produced in the long-bones of the appendicular skeleton, such as the femur???? These long bones contain red and yellow marrow, and I thought the red was responsible for this process and is regulated by para-thyroid hormone and calcitonin, and the yellow marrow was mostly adipose tissue??

DRHOYA said:

Oh man! I'm totally confused now, because I know the axial skeleton in adults makes up the skull, spine, pectoral/pelvic girdles, rib-cage, but I always thought RBCs, and leukocytes were produced in the long-bones of the appendicular skeleton, such as the femur???? These long bones contain red and yellow marrow, and I thought the red was responsible for this process and is regulated by para-thyroid hormone and calcitonin, and the yellow marrow was mostly adipose tissue??

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Hmmm let me think about this in a logical point of view, if your RBC were maid from the long bones in your body, like ur femur, logically those people who get their legs or arms amputated dont produce RBC anymore?? see what iam getting to, if the adult human makes RBC in their axial skeleton which there is no way if you get rid of you spinal cord or any axial skeleton you are dead...I dunno if this makes sense but i thought about it logically. I will double check again if it is axial or appendicular

osimsDDS said:

Hmmm let me think about this in a logical point of view, if your RBC were maid from the long bones in your body, like ur femur, logically those people who get their legs or arms amputated dont produce RBC anymore?? see what iam getting to, if the adult human makes RBC in their axial skeleton which there is no way if you get rid of you spinal cord or any axial skeleton you are dead...I dunno if this makes sense but i thought about it logically. I will double check again if it is axial or appendicular

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Yeah that is a very good point, and it does make sense from that point of view. I'm confused, b/c what you said makes perfect sense, but then in Schaum's bio page 321 it says "erythrocytes and other formed blood elements are produced in the soft red marrow making up the core of the long bones". Then KAPLAN goes on saying that yellow/red marrow is filled with adipose/blood cell formation. Idk man. Maybey they are referring to all bones in general have this potential b/c you make a valid point about amputees.

DRHOYA said:

Yeah that is a very good point, and it does make sense from that point of view. I'm confused, b/c what you said makes perfect sense, but then in Schaum's bio page 321 it says "erythrocytes and other formed blood elements are produced in the soft red marrow making up the core of the long bones". Then KAPLAN goes on saying that yellow/red marrow is filled with adipose/blood cell formation. Idk man. Maybey they are referring to all bones in general have this potential b/c you make a valid point about amputees.

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See this http://www.nsbri.org/HumanPhysSpace/focus3/erythropoiesis.html
The term erythropoiesis (erythro = RBC, and poiesis = to make) is used to describe the process of RBC formation or production. In humans, erythropoiesis occurs almost exclusively in the red bone marrow. (The yellow bone marrow is primarily composed of fat, but, in response to a greater need for RBC production, the yellow bone marrow can turn to red marrow.) The red bone marrow of essentially all bones produces RBCs from birth to about five years of age. Between the ages of 5 to 20, the long bones slowly lose their ability to produce RBCs. Above age 20, most RBCs are produced primarily in the marrow of the vertebrae, the sternum, the ribs, and the pelvis. Let's examine how RBCs are produced and, ultimately, how they are destroyed.

DentalDeac said:

See this http://www.nsbri.org/HumanPhysSpace/focus3/erythropoiesis.html
The term erythropoiesis (erythro = RBC, and poiesis = to make) is used to describe the process of RBC formation or production. In humans, erythropoiesis occurs almost exclusively in the red bone marrow. (The yellow bone marrow is primarily composed of fat, but, in response to a greater need for RBC production, the yellow bone marrow can turn to red marrow.) The red bone marrow of essentially all bones produces RBCs from birth to about five years of age. Between the ages of 5 to 20, the long bones slowly lose their ability to produce RBCs. Above age 20, most RBCs are produced primarily in the marrow of the vertebrae, the sternum, the ribs, and the pelvis. Let's examine how RBCs are produced and, ultimately, how they are destroyed.

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Nice job...pretty important stuff, nice research to find the answer i applaud you. And now we know the real answer and wont ever forget it...