My Student Page
This is my friend Jo :) who is the greatest Also i'm a professional nail painter
|This year's main topic is Blood Cell Biology. Each group should discuss with group members the specific sub-topic that will be covered by their project.
Here is a list of some of the cell types (Structure and Function)
Cell Type (PuMed citations)
|Group Assessment Criteria|
Group Assessment Criteria
|Individual Lab Assessments|
- 1 Attendance
- 2 Lab 1 Assessment
- 3 Lab 2 - Microscopy
- 4 Lab 3 - Preparation/Fixation
- 5 Lab 5 - Cytoskeleton Exercise
- 6 Lab 8 - Peer Reviews
- 7 References
- Z8600021 attended only 7 practicals.
Lab 1 Assessment
How to make an in text citation
Collaborative Protein filaments 
Cell Biology Introduction - In Site Link to first Lecture
What I've Learnt So Far
Throughout my first laboratory for Cell Biology I've learn the basics for coding my page on the Cell Biology Wiki, the most useful thing I believe that I've found is the automatic reference for PubMed journal articles. I enjoy the coding aspect and believe it to be a useful skill that can be applied later throughout my career. I've also learnt the importance of formatting references and copyright statements and been taught how to produce them efficiently on the Cell Biology Wiki.
Here is my uploaded image.
Model of pcDNA:trp-2 1-472 -cA Plasmid
Here is my image in 200px wide.
Model of pcDNA:trp-2 1-472 -cA Plasmid
Lab 2 - Microscopy
- Z8600021 I had to delete the uploaded image as you require copyright permission for reuse. Papers appearing in PMC are not necessarily allowed to be reused elsewhere, as I described during the class. (3/5)
PMID 24576891 - Shedding new light on lipid functions with CARS and SRS microscopy
Recent advances in microscopy has removed the previous limitations for scientists in the biomedical field with a greater access to the functions of a cell internally and thus increased the understanding of the pathology of disease and also the cell in a "normal' state to allow comparison. In this article the underlying principles of SRS and CARS microscopy are examined and compared with thought to which technique would be better applied to different situations. CARS and SRS microscopy were also applied to study other macromolecules such as lipids and reviewed, the instructions on how to build a system for the microscopy's was also included in this research paper.
Cell Membranes and Compartments 1st Lecture
Cell Nucleus 2nd Lecture
Lab 3 - Preparation/Fixation
Eosinophil adoptive transfer system to directly evaluate pulmonary eosinophil trafficking in vivo
Lab 5 - Cytoskeleton Exercise
Figure: Morphological Analysis of B35 Neuro-Epithelial cells
This Graph was created during the week 6 lab (14/04/2016), on the manipulation of B35 epithelial cells by Tm4 and there observed effects graphed against a control set of results indicating the function Tm4 expression has on the morphology of the cells. Phenotype A - "Fan", Phenotype B - "Broken Fan", Phenotype C - "Stumped" , Phenotype D - "Pronged", Phenotype E - "Stringed", Phenotype F - "Pygnotic", see 2016 Lab 5 for reference of pictures and experimental results.
These above results were taken from group 3 of the 2016 Lab 5 page.
Lab 8 - Peer Reviews
Group 1 - Megakaryocytes Structure section could have used some diagrams to help the reader better visualize the cell zones that were discussed well. Only 1 reference was cited in this section. History section is totally unreferenced. History for 2012 – “” makes no sense. Sentence structure can do with more proofreading – some have repeated words. Some spelling errors evident – “Signallling” heading. “References for ET” section is unstructured, not formatted well, not in alphabetical order and should be consistent with the remainder of the page. There are two “figure 4” diagrams and not all diagrams are attributed. The YouTube video does not have a caption nor is it referenced. Figure 5 comes between figures 2 and 3.
Group 2 – Red Blood Cells
Sentence at the end of the introduction is incomplete. Structure section could have used a diagram too. Referencing is inconsistent – some footnotes and some in-text APA style. These in-text APA style references have not been included in the reference listing. ABO and Haemoglobin sections are a bit too brief. Erythrocyte production diagram has no caption or reference. Eryptosis section – erypoptosis is used incorrectly a number of times. Sentence structure is inconsistent and needs some improvement – “It is approximated that they are produces”. IDA symptoms section is incomplete.
Group 3 – B Lymphocytes
Introduction has no references. History has only 1 reference and could do with a bit more detail. Referencing is inconsistent – some footnotes and some in-text APA style. These in-text APA style references have not been included in the reference listing. Quite a few spelling errors. Surface structure and other sections would benefit a lot from more diagrams to help the reader’s understanding. The entire page is very sparsely referenced and there are entire sections that are devoid of referencing.
Group 4 – Natural Killer Cells
History section is a bit short and would benefit from a bit more detail. Adding more diagrams would enhance the page. None of the diagrams are referenced. Receptors section is incomplete. Referencing is quite sparse in some sections – it would be good to have more than 1 reference per section to ensure that your view is substantiated. There are some editing comments in brackets that need to be actioned or removed. Capitalization, grammar and sentence structure could do with improvement.
Group 5 – Mast Cells
History section is good but would look better and be easier to read if organized as a table. A diagram would add value in the morphology section. Three of the diagrams are not referenced (lineage, precursors and activation). Some sentences need to be reworded to make better sense and flow well – “Similarly to all allergic diseases,”.
Group 6 – T Lymphocytes
English needs work – example being “Especially dendrite cell takes huge part of T-cell activation” and “this naïve T-cell never with antigen thus never activated” in Functions section. Uses terms such as tregs, MHCI and VDJ but they are not defined. Quite a few spelling errors too. This makes the page quite hard to follow as you need to go back and re-read sections to clarify the meaning. There are places where facts are stated but little further discussion about their relevance. Some of the statements do not make much sense – “T-cell is about 70% and B-cell is about 20% of the lymphocyte in the blood”. What are the remaining 10%? (natural killer cells) Diagrams are very effective but their legends could be improved.