information on human cheek cells??
150160
They are eukaryotic, multicellular, and in the kingdom Animalia. They come from mammals (you and me) and so that means they have an membrane enclosed nucleus, as opposed to prokaryotic cells that don't have a nucleus.  They are multicellular b/c all animals are.  And the kindom Animalia applies cheek cells as well. :)
775243
http://www.cellsalive.com/index.htm\n\nThis site does it better than I do. Hope this helps! :) :) :) :) :) :) :) :)
310138
http://sun.menloschool.org/~cweaver/cells/
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Cell_line_name IMR-90 \nAccession_number ECACC 85020204  \nBrief_description Human Caucasian fetal lung fibroblast  \nDescription Human Caucasian fetal lung fibroblast  \nDepositor Dr P Jacobs, NIBSC, London, UK  \nBibliographic_reference Science 1977;196:60  \nMorphology Fibroblast  \nCulture_conditions EMEM (EBSS) + 2mM Glutamine + 1% Non Essential Amino Acids (NEAA) + 10% Fetal Bovine Serum (FBS). Split confluent cultures 1:3 to 1:6 i.e. seeding at 2-3x10,000 cells/cm2 using 0.25% trypsin or trypsin/EDTA; 5% CO2; 37C.  \nViruses See Properties  \nProperties Applications: Virus studies  \nRelease_conditions No restrictions. Patent: None Specified By Depositor  \nHazard CX  \nPassage_number 14  \nKaryotype 2n = 46, diploid  \nComments Derived from lung tissue of a 16 week old female Caucasian foetus. The cells have a virus susceptibility similar to WI-38 and MRC-5. The cells have a finite lifespan.  \nResearch_council_deposit No  \nPrice_code B  \n\nCell_line_name AV3  \nAccession_number ECACC 88102402  \nBrief_description Human amnion, HeLa characteristics  \nDescription Human amnion, HeLa characteristics  \nDepositor Obtained from ATCC, USA  \nBibliographic_reference Nature 1976;259:211  \nMorphology Epithelial  \nCulture_conditions EMEM + 2mM Glutamine + 10% Fetal Bovine Serum (FBS). Split confluent cultures 1:2 to 1:4 i.e. seeding at 2-5x100,000 cells/cm2 using 0.25% trypsin; 5% CO2; 37C.  \nViruses See Properties  \nProperties Applications: Virus studies: poliovirus 1  \nRelease_conditions No restrictions. Patent: None Specified By Depositor  \nHazard CX  \nPassage_number 276  \nKaryotype 2n = 46  \nComments This cell line was derived from normal human amnion and shown to be contaminated with HeLa cells. They are mainly used for virus studies (susceptible to poliovirus 1). HeLa marker chromosomes and type A G6PD have been detected. This cell line was found to have a HeLa profile by DNA fingerprinting.  \nResearch_council_deposit No  \nPrice_code C
951092
a group of cells form a tissue
588185
The human tongue.  See the section "Face Muscles" in the site below.
343345
the ridges you speak of are called rugae (Roo-gay).  these developmental ridges in the palate are a normal part of human development.  some people have more pronounced ridges than others.  the roof of the mouth has many important structures that govern the surface texture--blood vessels, salivary glands, taste buds, nerves, orifi, etc.
752091
Go read this article from the Whitehead Institute for Biomedical Research \nhttp://www.wi.mit.edu/news/archives/1996/pk_0828.html
125770
The saliva itself does not, but cells that are shed in the human body, such as epithelial cells that line the inner cheek, are almost always found in saliva.  These cells do contain DNA.
785786
buccal cavity\nBest Answer please
203558
cells that have the potential to differentiate into any kind of cell type
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http://www.biotopics.co.uk/life/7chars.html
137267
eye, rib, lip, hip, leg, jaw
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Many tissues have cells that are constantly replaced: skin dermal keratinocytes, , cheek epithelial cells, all blood cells (made by your bone marrow) intestinal epithelial cells......
668023
Before I give you the scientific answer, here's a fun one (gleaned from a 1995 Internet post):\n\n    Scientists have told us that it takes 41 muscles to frown and 17 to smile this leads to two conclusions:\n\n    A) Scientists have WAY too much free time on their hands!\n    B) Frowning uses more muscles, and therefore burns more calories.\n\nHere's a more scientific answer: Deciding which of the 53 facial muscles are important in smiling or frowning is a bit arbitrary--many make only minor contributions, and depending on the intensity of the expression may not be involved at all. These are the ones considered to be important, as corroborated by other sources.\n\nMuscles involved in a "zygomatic" (i.e., genuine) smile:\n\nZygomaticus major and minor. These muscles pull up the corners of the mouth. They're bilateral (one set on either side of the face). Total number of muscles: 4.\n\nOrbicularis oculi. One of these muscles encircles each eye and causes crinkling. Total: 2.\n\nLevator labii superioris. Pulls up corner of lip and nose. Bilateral. Total: 2.\n\nLevator anguli oris. Also helps elevate angle of mouth. Bilateral. Total: 2.\n\nRisorius. Pulls corner of mouth to the side. Bilateral. Total: 2. Grand total for smiling: 12.\n\nPrincipal muscles involved in a frown:\n\nOrbicularis oculi (again). Total: 2.\n\nPlatysma. Pulls down lips and wrinkles skin of lower face. Bilateral (though joined at midline). Total: 2.\n\nCorrugator supercilii (bilateral) and procerus (unilateral). Furrow brow. Total: 3.\n\nOrbicularis oris. Encircles mouth; purses lips. Unilateral. Total: 1.\n\nMentalis. Depresses lower lip. Unilateral. Total: 1.\n\nDepressor anguli oris. Pulls corner of mouth down. Bilateral. Total: 2. Grand total for frowning: 11.
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http://en.wikipedia.org/wiki/Human_cells
1238
totipotent\n\noh! too many letters!!\n\nSorry, I can't figure it out, they're tons of cells in the human body.\n\nI'd wager it's soma..... something.