Template:X-Ray (Newsletter)

From Tempebrennan

(Difference between revisions)
Line 23: Line 23:
| colspan="2"| [[Image:Science1.jpg|thumb|100px|Bone cartilege]]
| colspan="2"| [[Image:Science1.jpg|thumb|100px|Bone cartilege]]
...an article by Iain Barnwell
...an article by Iain Barnwell
-
    As we grow older, our bones begin to harden. This is known as ossification. A soft material called hyaline cartilage forms the initial bone structure. Then half way down the shaft (diaphysis) of long bone cartilage, a calcified (formed by calcium) matrix
+
As we grow older, our bones begin to harden.  
-
begins to appear surrounded by the uncalcified matrix. This
+
This is known as ossification. A soft material called  
-
calcified matrix becomes the primary ossification centre.
+
hyaline cartilage forms the initial bone structure.  
 +
Then half way down the shaft (diaphysis) of long bone  
 +
cartilage, a calcified (formed by calcium) matrix
 +
begins to appear surrounded by the uncalcified matrix.  
 +
This calcified matrix becomes the primary ossification centre.
Once ossified, the arteries and veins form inside a space
Once ossified, the arteries and veins form inside a space
called the medullary cavity. These supply the bone with its
called the medullary cavity. These supply the bone with its

Revision as of 01:00, 17 November 2007


Image:Header.png
Image:Tagline.png

Welcome to the very first official newsletter
of the Wilfrid Derome Building (W.D.B.).
As some may know this was orignally called
the Temperance Brennan Forum. Thank you for
subscribing. We have over 100 members and the forum is now
over 1 year old. This newsletter will be published at the end of
every month.

Image:Screenshot1.png
Science @ WDB: DOWN TO THE BONE
Bone cartilege

...an article by Iain Barnwell As we grow older, our bones begin to harden. This is known as ossification. A soft material called hyaline cartilage forms the initial bone structure. Then half way down the shaft (diaphysis) of long bone cartilage, a calcified (formed by calcium) matrix begins to appear surrounded by the uncalcified matrix. This calcified matrix becomes the primary ossification centre. Once ossified, the arteries and veins form inside a space called the medullary cavity. These supply the bone with its required nutrients and transport white blood cells that originate in the bone marrow. At the epiphyses (the ends), secondary ossification centres form in the uncalcified matrices. The hyaline cartilage between the diaphysis and the epiphyses becomes the epiphyseal plates at each end which allow for bone extension throughout childhood and up to adulthood. At the same time, the articular cartilage forms and acts as a buffer for jointed bone movement.

We are the only forum dedicated to bringing you the science behind the books as well the primary focus of the forum - the books by Kathy Reichs. We are the only forum that has a fresh design with a clinical appeal. We are most probably the only forum that has one board dedicated to each book.

We have had the pleasure of creating possibly the very first site ring for the purpose of bringing all forensic related sites together. The layout is based on a real building. Hence the rooms and names of boards. Please don't be shy about suggesting improvements. There really is no excuse if you don't communicate with us.

Current members: 105
New members: 0 more

Staff
Sudden Event (C.E.O.)
Gary (Consultant)
Bone Lady (Science Correspondent)

I'd like to give big thank you
for my wonderful members
who have participated in the
forum over the year. Thank
you also to those who have
made valuable contributions
and to those who have
joined the site ring.
I welcome more to join.
It is after all relatively simple
to join and does not require a
membership of any site ring
service. I thank Bravenet for
my site services and to
Proboards for hosting the
forum. Not to mention of
course Saybox for providing
the very useful shout box at
the bottom.


Retrieved from "http://editthis.info/tempebrennan/Template:X-Ray_(Newsletter)"
Personal tools