Rapaport / Ruparel / Kido / Carlsbad / Houston / Viet / Neville / San Antonio / Ellsville / Motter / Henry / /
Company
TRPV1 / TRPA1 / Health Science Research Resources Bank / Charles River Laboratories Inc. / Malin SA / Creative Commons / Bio-Rad / Google / /
Country
Japan / United States / Scotland / /
Currency
pence / / /
Event
Product Recall / Product Issues / M&A / /
Facility
University of Texas Health Science Center / /
IndustryTerm
cell culture media / nitrogen gas / basal keratinocyte-serum free media / pharmaceutical / oil / keratinocyte serum-free media / conditioned media / basal media constituents / Media / mineral oil / /
MedicalCondition
Orofacial pain / hyperalgesia / oral cancer / mechanical hypersensitivity / oral tumors / injury / hypersensitivity / dependent oral cancer / head and neck cancer / oral squamous cell carcinomas / cancers / tumor / squamous cell carcinoma / cancer / tumors / thermal hypersensitivity / carcinogenesis / human oral squamous cell carcinoma / chronic / lipid-mediated nocifensive and thermal hypersensitivity / ganglion / head and neck carcinomas ( hnc ) / pain / thermal hyperalgesia / oral squamous cell carcinoma / inflammation / OSCC tumors / inflammatory / certain cancer / /
MedicalTreatment
Radiation therapy / chemotherapy / /
NaturalFeature
Transient Receptor Potential Channel / /
Organization
Institutional Animal Care and Use Committee / Department of Endodontics / Jordan RC / University of Texas Health Science Center at San Antonio / /
Person
Samit A. Early / Sloane Stanley / Ella Owen / Jay Gupta / Cara Gonzales / William Owen / Neck Surg / /
Released lipids regulate Transient Receptor Potential Channel (TRP)-dependent oral cancer pain