This has already been written out as an example (someone else’s work). Please rewrite everything in own words so that it is not plagiarazing that person because this will be submitted through turnitin.
ASSIGNMENT RULES:
-Describe what you observe in your images in sufficient detail. It is to be informative and figures
must be labelled appropriate and have accompanying figure legends.
-In each of the above parts try to relate the morphology to function and how the structures
described contribute to the development of the designated tissue/organ.
“Associated text” is the paragraph(s) that describe the image you have
included and how it relates to hematopoietic stem cell and lymphocytes.
You can elaborate on various aspects of your cell type here, including:
• Location of the cell type (which organ, what other organs are nearby –
include if this is relevant to the function of the cell). (eg: Cardiomyocytes
are only located in the heart….
• Interactions between the cell and other cell types visible in the image. (eg:
Neurons obtain nutrients and oxygen from blood vessel capillaries
throughout the central nervous system …)
• Histology of the cell type (better to do with high power images). (eg:
Osteocytes in mature bone are located in lacunae (Figure 4) and
communicate with each other ….)
• Aspects of the development of the cell type. (eg: Immature T lymphocytes
enter the thymus and move into the cortex …
example of associated text:
Figure 3 shows a full body view of a mouse embryo – in this, brown adipose
tissue is visible between the shoulder blades; this is an apt location, as it is in
proximal distance to other key organs and tissues within the embryo, and can
therefore help generate and supply heat to these organs that may require it for
crucial metabolic processes.
The white adipose tissue (WAT) within this embryo is mostly subcutaneous –
any visceral fat is not very clearly visible in this virtual slide, and a potential
explanation for this is that it is yet to develop, as most WAT generally matures
after birth. The location of the subcutaneous WAT, just under the dermis, both
acts as an extra layer of insulation, as well as an energy resource.
