Wikipedia:WikiProject Molecular and Cellular Biology/Worklist

This worklist for the Molecular and Cellular Biology WikiProject provides structure and organization to all the work going on. The progress statistics from this worklist will be posted monthly on the project discussion page.

This list is updated approximately every day using the information automatically generated by Mathbot based on the characteristics specified in the {{Wikiproject MCB}} template on each article's talk page. A second application written by ClockworkSoul takes the information on the Mathbot-generated page and merges it with this page as follows:

Newly tagged article are automatically added. The default section is "Uncategorized".
The status, importance, and comments for all existing listings are copied directly from Mathbot's page. Any manual changes to this page are lost.
Each entry's "section" is preserved, so you can freely move listings from, for example the "Fundamentals" section to "Cell Biology".
Any listing that is not in Mathbot's page is automatically labelled in its comments section as not having a {{Wikiproject MCB}} template.

Grading[edit]

Each article is assigned two grades: one for "importance" and another for "completeness". As mentioned above, these grades as assigned to articles by adding and/or updating the {{Wikiproject MCB}} template on that article's talk page. If you have improved an article, you may adjust the entry in the template yourself, or you may simply put a remark in the talk page that improvements have been done.

Quality scale[edit]

The system used by this project is the one proposed by the Wikipedia:Version 1.0 Editorial Team for assessing how close an article is to "complete". The system is based on a letter scheme that reflects the status of completion for each article (article style and language quality carry just as much weight as the completeness of information). Once an article reaches the A-Class, it is considered "complete", although obviously edits will continue to be made.

MCB articles by quality and importance
Quality	Importance
Quality	Top	High	Mid	Low	NA	???	Total
FA	11	4	9	5			29
A			1				1
GA	13	8	7	9			37
B	42	170	196	132		8	548
C	36	83	151	204		52	526
Start	58	379	746	3,619	1	312	5,115
Stub		82	339	15,602	11	552	16,586
List		6	19	29	1	17	72
Book					1		1
Category					579		579
Disambig				4	8		12
Portal					3		3
Redirect				3	109	1	113
Template					202	1	203
NA				1	10	2	13
Assessed	160	732	1,468	19,608	925	945	23,838
Unassessed				10	93	2,896	2,999
Total	160	732	1,468	19,618	1,018	3,841	26,837
WikiWork factors (?)		ω = 7005128918000000000♠128,918			Ω = 5.64

The completeness of the article may be adjusted by updating the class attribute in the {{Wikiproject MCB}} template in the article's talk page. The six valid arguments for this attribute are:

FA — Reserved exclusively for articles that have received "Featured article" status after peer review, and meet the current criteria for featured articles.
A — Excellent articles of a length suitable for the subject that provide a well-written, reasonably clear and complete description of the topic. If an article is good enough to be an FA, it is an A article.
GA — Articles that have passed through the Good article nomination process and been granted GA status, meeting the good article standards.
B — Articles that contain a majority of the material needed for a completed article but nonetheless have significant gaps or missing elements or references.
C —
Start — Articles that have a meaningful amount of good content, but are still weak in many areas, possibly lacking a key element such as a standard infobox.
Stub — Articles that are either very short or rough collections of information that will need much work to bring it to A-Class level.

Importance scale[edit]

This attribute declares how important the article in question is to this wikiproject. It is based loosely on how aware the general population is, and therefore how likely they are to consult the Wikipedia on the subject.

The importance of an article may be adjusted by updating the importance attribute in the {{Wikiproject MCB}} template in the article's talk page. The four valid arguments for this attribute are:

Top — Subjects that are first closely examined by the average person in high school or earlier (bacteria, amino acid), or that general public has a minimal awareness of and that receive significant attention in the media (stem cell).
High — Subjects that are generally examined at the lower-division college level (RNA polymerase) or are only very briefly mentioned at the high school level (endoplasmic reticulum).
Mid — Subjects that are examined at the graduate or upper-division level (chaperonin, complement system) or are first closely examined at this level (RuBisCO).
Low — Obscure subjects that are known only to researchers in the specific field (UvrABC endonuclease).

Categories[edit]

Fundamentals of molecular and cellular biology[edit]

This category is designated for articles about basic topics in molecular and cellular biology that form the very foundations of the subject. While there may be a degree of crossover between this category and the more specific categories below, this is designated for topics that are generally introduced to the average person at the high school level or lower.

Article	Importance	Date	Assessment	Version	Comments
Action potential [1]	High	November 14, 2006	FA	0.5
Adenosine triphosphate [2]	High	January 3, 2007	GA
Amino acid [3]	Top	August 29, 2006	GA
Archaea [4]	Top	July 02, 2008	FA
Bacteria [5]	Top	December 3, 2006	FA	0.5
Bioinformatics [6]	Top	August 29, 2006	GA
Biomolecule [7]	High	October 29, 2006	Start
Biotechnology [8]	Top	November 27, 2006	Start
Cancer [9]	Top	August 29, 2006	GA	0.5
Carbohydrate [10]	Top	November 9, 2006	B
Cell (biology) [11]	Top	December 24, 2006	GA	0.5
Cell division [12]	High	September 5, 2006	Start
Cell membrane [13]	Top	September 29, 2008	C
Cell nucleus [14]	Top	December 21, 2006	FA
Cell wall [15]	Top	July 02, 2008	B
Cellular respiration [16]	Top	December 3, 2006	B
Central dogma of molecular biology [17]	Top	July 8, 2007	B		Most of the info is there, but it could use a bit of streamlining. In particular, some attention probably needs to be given to peer-reviewed misinterpretations of the dogma, such as in [18].
Chloroplast [19]	Top	August 29, 2006	Start
Chromosome [20]	Top	September 3, 2006	B
Cofactor (biochemistry) [21]	High	September 2, 2006	B
DNA [22]	Top	January 10, 2007	FA	0.5	(edit comment)
Embryonic stem cell [23]	Top	September 28, 2006	Start		There are three articles that can be made into one: Stem cells, Adult stem cells, and embryonic stem cells. Changed rating from top to high to make it consistent with adult stem cell and because this is also covered by stem cell and stem cell controversy. - tameeria 17:04, 18 February 2007 (UTC) (edit comment)
Endoplasmic reticulum [24]	High	August 29, 2006	Start
Enzyme [25]	Top	September 5, 2006	FA		Talk:Enzyme/Comments (edit comment)
Eukaryote [26]	Top	September 19, 2006	GA
Gene [27]	Top	August 29, 2006	B		Talk:Gene/Comments (edit comment)
Gene expression [28]	High	September 8, 2006	B
Genetic code [29]	High	September 21, 2006	GA
Genome [30]	Top	September 3, 2006	Start
Golgi apparatus [31]	High	November 16, 2006	B		Needs a bit more detail, and more inline references. (edit comment)
Immune system [32]	Top	January 10, 2007	FA
Lipid [33]	Top	November 10, 2006	B
Metabolism [34]	Top	October 20, 2006	FA
Microorganism [35]	Top	October 18, 2006	B
Microscope [36]	Top	August 30, 2006	B
Mitochondrion [37]	Top	August 29, 2006	GA
Mitosis [38]	Top	January 25, 2007	GA
Molecular biology [39]	Top	August 30, 2006	Start
Nucleic acid [40]	Top	September 7, 2006	Start
Nucleosome [41]	High	September 2, 2006	B
Nucleotide [42]	High	September 25, 2006	Start
Organelle [43]	High	November 18, 2006	B
Oxidative phosphorylation [44]	High	August 30, 2007	FA
Peptide [45]	Top	October 2, 2006	Start
Peptide bond [46]	High	August 29, 2006	B
Photosynthesis [47]	Top	September 5, 2006	B
Polysaccharide [48]	High	August 29, 2006	Start
Prokaryote [49]	Top	August 30, 2006	Start
Protein [50]	Top	August 29, 2006	GA	0.5
Protist [51]	Top	November 21, 2006	Start
RNA [52]	Top	August 29, 2006	B
Ribosome [53]	Top	August 29, 2006	B
Stem cell [54]	Top	August 29, 2006	GA		I thank that I got lots of information but I have comments that the first researcher who created umbilical cord blood stem cell at the first time is not him (2006) He is Korean, he created umbilical cord blood stem cell before 2004. there's reference web site I hope it will be revised if that's true. The site is http://www.newlifestemcell.com/ may it be help to find true fact. thank you Could someone with edit permissions Please change the name of the first man to speak on the hypothesis of stem cells to the correct "Alexander A. Maximow"? —Preceding unsigned comment added by Hwahwahwa (talk • contribs) 16:59, 6 October 2008 (UTC) (edit comment)
Virus [55]	Top	October 18, 2006	GA	0.5
Vitamin [56]	Top	October 16, 2006	GA		(edit comment)
Weighted completion index: 43%

Molecular biology[edit]

Article	Importance	Date	Assessment	Comments
Beta-peptide [57]	Low	September 7, 2006	Start
Consensus sequence [58]	Mid	September 4, 2006	Start
Cooperative binding [59]	Mid	August 29, 2006	Start
Enzyme inhibitor [60]	Mid	September 20, 2006	FA	(edit comment)
Enzyme kinetics [61]	Mid	October 8, 2006	FA
G protein [62]	Mid	November 23, 2006	B
Integral membrane protein [63]	Mid	September 6, 2006	Start
Molecular lesion [64]	Low	September 3, 2006	Stub
Molecular motors [65]	High	August 30, 2006	Start
Mutant [66]	High	August 30, 2006	Start
Peripheral membrane protein [67]	Mid	November 12, 2006	Start
Posttranslational modification [68]	Mid	August 30, 2006	Start
Prion [69]	High	August 29, 2006	GA
Protein biosynthesis [70]	High	August 30, 2006	Start
Proton pump [71]	Mid	September 29, 2006	Start
Restriction enzyme [72]	High	August 29, 2006	Start
Ribonuclease [73]	Mid	September 7, 2006	Start
TGF beta signaling pathway [74]	Mid	August 29, 2006	B
Weighted completion index: 33%

Non-protein biomolecules[edit]

Article	Importance	Date	Assessment	Comments
5-Bromouracil [75]	Low	September 3, 2006	Stub
Adenine [76]	Mid	September 7, 2006	Start
Alanine [77]	Mid	August 29, 2006	Start
Aldose [78]	Low	September 3, 2006	Stub
Alkaloid [79]	Mid	September 2, 2006	Stub
Arginine [80]	Mid	September 4, 2006	Start
Asparagine [81]	Mid	September 4, 2006	Start
Aspartic acid [82]	Mid	September 4, 2006	Start
Beta-alanine [83]	Low	September 7, 2006	Stub
Caffeine [84]	Mid	September 3, 2006	FA	Talk:Caffeine/Comments (edit comment)
Cardiolipin [85]	Low	August 30, 2006	Stub
Carotenoid [86]	High	September 2, 2006	Start
Chitin [87]	High	October 18, 2006	Start
Cyanine [88]	Low	December 25, 2006	B
Cysteine [89]	Mid	September 4, 2006	Start
Cytosine [90]	Mid	September 7, 2006	Start
Disaccharide [91]	High	November 4, 2006	Stub
Eicosanoid [92]	Mid	January 4, 2007	B	David.Throop is trying to get this article up to A-class standard, all alone. He's added a ton of info, but needs help with some things. Please check out the page! Ciar 17:09, 13 January 2007 (UTC) I've asked for Peer review.David.Throop 23:42, 26 January 2007 (UTC) (edit comment)
FAD	High	December 15, 2007		Needs FADH2 to be merged in, among other things.
Flavonoid [93]	High	September 2, 2006	Start
Glucosamine [94]	Low	August 30, 2006	Start
Glutamic acid [95]	Mid	August 29, 2006	Start
Glutamine [96]	Mid	August 29, 2006	Start
Glycine [97]	Mid	September 4, 2006	Start
Glycophosphatidylinositol [98]	Low	August 30, 2006	Stub
Glycosaminoglycan [99]	Mid	October 20, 2006	Stub
Growth factor [100]	High	November 13, 2006	Start
Guanine [101]	Mid	September 7, 2006	Start
Heme [102]	High	October 23, 2006	B
Heparin [103]	Mid	October 25, 2006	GA
Histidine [104]	Mid	September 4, 2006	Start	I believe that the last drawing is the two tautomers of the histidine, and not the two enantiomers, so it is misleading. The histidine structure on some of the drawings are incorrect, specifically the double bonds within the ring. —Preceding unsigned comment added by 24.226.22.60 (talk) 19:24, 13 December 2007 (UTC) (edit comment)
Isoleucine [105]	Mid	August 29, 2006	Start
Leucine [106]	Mid	August 29, 2006	Stub
Lysine [107]	Mid	August 29, 2006	Start
Methionine [108]	Mid	August 29, 2006	B
Monosaccharide [109]	Top	November 28, 2006	Start
Oligosaccharide [110]	Mid	November 4, 2006	Start
Phenylalanine [111]	Mid	September 4, 2006	Start	(edit comment)
Phospholipid [112]	High	August 30, 2006	Start	I think an entry on phosphatidyl glycerol should be added. I would do it except I don't understand how to add pictures to an article and last time I accidentally uploaded a picture they got mad at me for not sourcing it properly. Lash miller 01:55, 9 November 2006 (UTC) (edit comment)
Polyamine [113]	Mid	August 30, 2006	Stub
Polyketide [114]	High	September 2, 2006	Start
Polypyrrole [115]	Mid	September 2, 2006	Stub
Proline [116]	Mid	September 4, 2006	Start
Prostaglandin [117]	Mid	January 4, 2007	B
Purine [118]	High	September 7, 2006	Start
Pyrimidine [119]	High	September 7, 2006	Start
S-Adenosyl methionine [120]	Low	August 30, 2006	Start
Serine [121]	Mid	September 4, 2006	Start
Steroid [122]	Top	August 29, 2006	Start
Taurine [123]	Low	January 2, 2007	GA
Terpenoid [124]	Mid	September 7, 2006	Start
Threonine [125]	Mid	August 29, 2006	Start
Thymine [126]	Mid	August 30, 2006	Start
Tryptophan [127]	Mid	September 4, 2006	Start
Tyrosine [128]	Mid	September 4, 2006	Start
Uracil [129]	Mid	September 7, 2006	Start
Valine [130]	Mid	September 4, 2006	Start
Weighted completion index: 21%

Enzymes[edit]

Article	Importance	Date	Assessment	Comments
Alkaline phosphatase [131]	Mid	October 18, 2006	Start
Carboxypeptidase [132]	Low	October 29, 2006	Start
Caspase [133]	Mid	December 8, 2006	B
Catalase [134]	Unassessed	February 13, 2007	Unassessed
Chymotrypsin [135]	Mid	October 18, 2006	B
Cyclin-dependent kinase complex [136]	Low	September 8, 2006	Stub
DNA gyrase [137]	Low	September 2, 2006	Start
DNA polymerase [138]	High	November 17, 2006	Start
Dicer [139]	Mid	December 7, 2006	Stub
Endonuclease [140]	Mid	September 7, 2006	Stub
Exonuclease [141]	Mid	September 7, 2006	Stub
HaeIII [142]	Low	November 21, 2006	Stub
Helicase [143]	High	November 17, 2006	Start
Immunoperoxidase [144]	Low	December 3, 2006	Start
Janus kinase [145]	Mid	January 12, 2007	Start
Kinase [146]	High	November 25, 2006	Start
Lysozyme [147]	Mid	October 6, 2006	Start
Micrococcal nuclease [148]	Low	October 12, 2006	Start
Phosphatase [149]	High	January 15, 2007	B	(edit comment)
Plasma membrane Ca2+ ATPase [150]		January 15, 2007	Start
Protease [151]	Mid	November 26, 2006	Start
Protein kinase [152]	Mid	November 25, 2006	Start
RNA polymerase [153]	High	September 2, 2006	B
RNA polymerase I [154]	Low	August 13, 2008	Start
RNA polymerase II [155]	Mid	September 5, 2006	Start
RNA polymerase III [156]	Low	September 5, 2006	Start
Reverse transcriptase [157]	High	January 2, 2007	B
Ribonuclease A [158]	Low	September 7, 2006	Start
RuBisCO [159]	Mid	August 30, 2006	B
T7 DNA Helicase [160]	Low	September 2, 2006	Start
T7 RNA polymerase [161]	Low	August 31, 2006	Stub
Topoisomerase [162]	High	November 12, 2006	Start
Trypsin [163]	Mid	October 18, 2006	B
Ubiquitin ligase [164]	Low	November 25, 2006	Start
Urokinase [165]	Low	October 18, 2006	B
UvrABC endonuclease [166]	Low	August 30, 2006	Stub
Weighted completion index: 22%

Uncategorized proteins[edit]

Article	Importance	Date	Assessment	Comments
Actin [167]	Mid	September 7, 2006	B
Activin [168]	Low	August 30, 2006	Stub
Activin type 1 receptors [169]	Low	August 31, 2006	Stub
Activin type 2 receptors [170]	Low	August 31, 2006	Start
Alpha-synuclein [171]	Low	November 22, 2006	Stub
Amyloid beta [172]	Mid	November 22, 2006	Start
Anti-müllerian hormone [173]	Mid	August 30, 2006	Start
Aquaporin [174]	Mid	October 2, 2006	B	This article is the result of a recent merger between two older articles. As a result, it is basically just two articles on one page. Needs a full going-over. – Clockwork Soul 21:40, 2 October 2006 (UTC) (edit comment)
Arp2/3 complex [175]	Low	August 29, 2006	GA
BMPR2 [176]	Low	August 30, 2006	Stub
Bcl-2-associated X protein [177]	Low	November 9, 2006	Start
Beta-catenin [178]	Low	September 3, 2006	Stub
Bone morphogenetic protein [179]	Low	November 1, 2006	Stub
Bone morphogenetic protein 1 [180]	Low	August 31, 2006	Start
Bone morphogenetic protein 10 [181]	Low	August 30, 2006	Stub
Bone morphogenetic protein 15 [182]	Low	August 30, 2006	Stub
Bone morphogenetic protein 2 [183]	Low	August 30, 2006	Stub
Bone morphogenetic protein 3 [184]	Low	August 30, 2006	Stub
Bone morphogenetic protein 4 [185]	Low	August 30, 2006	Stub
Bone morphogenetic protein 5 [186]	Low	August 30, 2006	Stub
Bone morphogenetic protein 6 [187]	Low	August 30, 2006	Stub
Bone morphogenetic protein 7 [188]	Low	August 30, 2006	Stub
Bone morphogenetic protein 8A [189]	Low	August 30, 2006	Stub
Bone morphogenetic protein 8b [190]	Low	August 30, 2006	Stub
Bone morphogenetic protein receptor, type 1 [191]	Low	August 31, 2006	Start
Bone morphogenetic protein receptors [192]	Low	December 7, 2006	Stub
Botulinum toxin [193]	Mid	November 14, 2006	B
Bovine serum albumin [194]	Mid	October 14, 2006	Stub
CD90 [195]	Low	December 7, 2006	B
COPI [196]	Low	January 6, 2007	Start
COPII [197]	Low	January 6, 2007	Start
Chaperonin [198]	Mid	August 30, 2006	Start
Chordin [199]	Low	August 31, 2006	Stub
Chromatin Structure Remodeling (RSC) Complex [200]	Low	September 2, 2006	Start
Collagen [201]	High	September 24, 2006	Start
Connexin [202]	Mid	November 12, 2006	Start	I assume that "mid-importance" is about right. I have a couple comments though as well as some suggestions as to where this article should go. Firstly, I feel that wikipedians would benifit from a PDB derived image of a connexin (maybe connexin 43), as well as some information about where it is found on the genome, its mass, etc. Also, lets try to find most of the known functions of the various connexin molecules and add function not yet known. to those that are unknown at the time (Careful of OR though :) All for now I guess -- JE.at.UWO^U\|_T 23:16, 15 November 2006 (UTC) (edit comment)
Crescentin [203]	Low	August 30, 2006	Start
Decorin [204]	Low	August 31, 2006	Stub
Follistatin [205]	Low	August 31, 2006	Stub
G protein-coupled receptor [206]	Mid	December 15, 2006	B
Green fluorescent protein [207]	Mid	August 30, 2006	Start
Hemoglobin [208]	Top	October 23, 2006	B	Very nicely done article: should need relatively little work to advance it to FA status. – Clockwork Soul (edit comment)
Histone [209]	Mid	August 30, 2006	Start
Huntingtin [210]	Mid	November 22, 2006	Start
Inhibin [211]	Mid	August 30, 2006	Start
Insulin [212]	Mid	August 29, 2006	GA
Lefty (protein) [213]	Low	August 31, 2006	Stub
Mothers against decapentaplegic homolog 1 [214]	Low	August 31, 2006	Stub
Mothers against decapentaplegic homolog 2 [215]	Low	August 31, 2006	Stub
Mothers against decapentaplegic homolog 3 [216]	Low	August 29, 2006	Stub
Mothers against decapentaplegic homolog 4 [217]	Low	August 29, 2006	Stub
Mothers against decapentaplegic homolog 5 [218]	Low	August 31, 2006	Stub
Mothers against decapentaplegic homolog 6 [219]	Low	August 31, 2006	Stub
Mothers against decapentaplegic homolog 7 [220]	Low	September 3, 2006	Stub
Mothers against decapentaplegic homolog 9 [221]	Low	September 3, 2006	Stub
Myf5 [222]	Low	December 1, 2006	Stub
Myoglobin [223]	Low	August 30, 2006	Start	An expansion request have been made for this (certainly too short) article. – Clockwork Soul 16:28, 10 December 2006 (UTC) (edit comment)
Myosin [224]	Mid	October 2, 2006	Start
Myostatin [225]	Low	August 30, 2006	Start
NF-kB [226]	Mid	November 26, 2006	B
Nodal (protein) [227]	Low	September 3, 2006	Stub
Noggin (protein) [228]	Low	August 31, 2006	Stub
P53 [229]	Mid	September 27, 2006	B
Plasminogen activator inhibitor-1 [230]	Low	October 18, 2006	B
Proteasome [231]	Mid	January 10, 2007	FA
Purinergic receptor [232]	Low	October 4, 2006	Stub
R-SMAD [233]	Low	August 29, 2006	Stub
Ribonuclease inhibitor [234]	Low	September 7, 2006	Start
SMAD (protein) [235]	Low	August 29, 2006	Stub
SNAP-25 [236]	Mid	September 21, 2006	Start
SNARE (protein) [237]	Mid	September 21, 2006	B
SWI/SNF [238]	Low	September 2, 2006	Start
Sclerostin [239]	Low	December 15, 2006	Stub
Serum amyloid A [240]	Low	January 12, 2007	Start
Smad proteins, inhibitory [241]	Low	December 7, 2006	Stub
Syntaxin [242]	Mid	January 6, 2007	Start
TGF beta [243]	Mid	September 6, 2006	Start
Tubulin [244]	Mid	October 25, 2006	Start
Ubiquitin [245]	Mid	November 26, 2006	Start
Vitronectin [246]	Low	October 18, 2006	B
ZFYV9E (protein) [247]	Low	August 30, 2006	Stub
Weighted completion index: 19%

Structural biology[edit]

This section contains topics that are directly relevant to structural biology, except for protein structures and motifs themselves, which are listed in their own section below.

Article	Importance	Date	Assessment
Amyloid [248]	Mid	November 22, 2006	Start
Fibrous protein [249]	Mid	August 30, 2006	Stub
Globular protein [250]	Mid	August 30, 2006	Start
Intrinsically unstructured proteins [251]	High	August 29, 2006	Start
Oxidative folding [252]	Mid	December 7, 2006	Stub
Primary structure [253]	High	August 29, 2006	B
Protein folding [254]	High	August 29, 2006	Start
Protein structure [255]	High	August 30, 2006	B
Protein-protein docking [256]	Low	August 30, 2006	Start
Protein-protein interaction [257]	Mid	November 17, 2006	Start
Secondary structure [258]	High	August 29, 2006	B
Structural Classification of Proteins [259]	Low	September 7, 2006	Start
Structural biology [260]	High	August 29, 2006	Start
Tertiary structure [261]	High	December 18, 2006	Start
Transmembrane protein [262]	Mid	November 17, 2006	B
Weighted completion index: 24%

Protein secondary structures and motifs[edit]

Article	Importance	Date	Assessment
Α+β protein fold [263]	Low	December 7, 2006	Stub
Α/β protein fold [264]	Low	September 7, 2006	Stub
3 10 helix [265]	Low	August 29, 2006	Stub
All-α protein fold [266]	Low	September 7, 2006	Stub
All-β protein fold [267]	Low	December 7, 2006	Stub
Alpha helix [268]	Mid	August 29, 2006	B
Beta bulge [269]	Low	August 29, 2006	Stub
Beta hairpin [270]	Mid	August 29, 2006	Stub
Beta helix [271]	Low	August 29, 2006	Start
Beta sheet [272]	Mid	August 29, 2006	B
Beta-propeller domain [273]	Low	September 7, 2006	Stub
Bromodomain [274]	Low	September 7, 2006	Stub
Coiled coil [275]	Mid	August 29, 2006	Stub
Collagen helix [276]	Mid	August 29, 2006	Stub
DNA clamp [277]	Low	November 19, 2006	B
Dihedral angle [278]	Low	August 29, 2006	Start
Disulfide bond [279]	Mid	September 7, 2006	Start
EF hand [280]	Low	August 29, 2006	Start
Ferredoxin fold [281]	Low	September 7, 2006	Stub
Flavodoxin fold [282]	Low	September 7, 2006	Stub
Helix-turn-helix [283]	Low	August 29, 2006	Start
Immunoglobulin fold [284]	Low	September 7, 2006	Stub
Pi helix [285]	Low	August 29, 2006	Start
Polyproline helix [286]	Low	August 29, 2006	Start
Random coil [287]	Mid	September 9, 2006	Start
SH2 domain [288]	Low	September 7, 2006	Start
SH3 domain [289]	Low	September 7, 2006	Start
TATA Binding Protein [290]	Mid	November 17, 2006	B
TIM barrel [291]	Low	September 7, 2006	Start
Turn (biochemistry) [292]	Mid	August 29, 2006	B
Zinc finger [293]	Mid	September 4, 2006	Stub
Weighted completion index: 15%

Genetics[edit]

Article	Importance	Date	Assessment	Version	Comments
AP-1 Binding Site [294]	Low	September 3, 2006	Stub
Base excision repair [295]	Mid	September 3, 2006	Stub
Centrosome [296]	High	August 29, 2006	Start
Chromatid [297]	Mid	September 3, 2006	Stub		Having this article separate is a good thing, just leave a link in the chromosome page to it. Even though it is not a huge part, it is excellent when having to research chromatids not chromosomes. I say leave it be. Changed rating to "high" as this is high school/SAT biology content, important part of chromosome and meiosis. - tameeria 21:40, 18 February 2007 (UTC) (edit comment)
Chromatin [298]	High	August 30, 2006	B		great diagram. it really helped me understand what was being said. --Jedi101 02:25, 11 December 2006 (UTC) (edit comment)
DNA mismatch repair [299]	Mid	September 3, 2006	Start
DNA repair [300]	High	August 29, 2006	FA	0.5
DNA replication [301]	High	September 3, 2006	B		The article is generally scientifically correct, but it badly needs to be translated into plainer English. – Clockwork Soul 04:48, 7 November 2006 (UTC) Changing the rating to "top" as this is high school/SAT biology topic and a central mechanism of molecular biology. - tameeria 03:40, 19 February 2007 (UTC) (edit comment)
DNA supercoil [302]	Mid	September 3, 2006	Start
Human genome [303]	Top	October 25, 2006	GA
Interrupted gene [304]	Mid	December 14, 2006	Stub
Lagging strand [305]	Mid	January 2, 2007	Stub
Leading strand [306]	Mid	January 2, 2007	Stub
Messenger RNA [307]	High	January 2, 2007	B		This article only includes information relevant for eukaryotes, which is a major hinderance. The article is long enough already, but should include links to information on prokaryotic mRNA transcription, processing and decay. If that article does not exist, I'll try to write it later. (edit comment)
MicroRNA [308]	Mid	December 7, 2006	B
Mutation [309]	High	November 17, 2006	B
MyoD [310]	Low	November 1, 2006	Stub
Noncoding DNA [311]	Mid	September 3, 2006	Stub
Nucleotide excision repair [312]	Mid	September 3, 2006	Stub
Okazaki fragment [313]	Mid	January 2, 2007	Stub
Oligonucleotide [314]	High	September 7, 2006	Start
Operon [315]	High	August 29, 2006	B
P16 (gene) [316]	Low	October 31, 2006	Stub
Point mutation [317]	Mid	September 3, 2006	Stub
RNA interference [318]	High	October 2, 2006	FA		Template:Assessment Template:Assessment Template:Assessment Template:Assessment Template:Assessment Template:Assessment Template:Assessment Template:Assessment Template:Assessment Template:Assessment
Weighted completion index: 26%

Cellular biology[edit]

Anatomy, morphology and physiology of cells

Immunology[edit]

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Biochemistry[edit]

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Techniques in MCB[edit]

Metatopics in MCB[edit]

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History of molecular biology[edit]

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Lists[edit]

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Wikipedia:WikiProject Molecular and Cellular Biology/Worklist

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