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TLR 4 / Endotoxin / Lipopolysaccharide / TRIF / MYD88 / Toll / Apoptosis / Biology / Immune system / Toll-like receptors


A critical role of toll-like receptor 4 (TLR4) and its’ in vivo ligands in basal radio-resistance
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City

Shanghai / Biyuntian / Washington / DC / Chengdu / Cambridge / Nanjing / San Diego / San Jose / St. Louis / /

Company

National Academy Press / Complex Automated Systems / IgG / Bayer / LG / Quest software / National Key Laboratory / Bowie AG / Atomic Energy of Canada Limited / Cipro / Becton Dickinson / Cell Signaling Technology / Cox / PMB / HP / Creative Commons / Chalk River Laboratories / Suzuki / analyzed using Cell-Quest software / Macmillan Publishers Limited / /

Country

Taiwan / Germany / Austria / United States / Canada / China / /

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Event

Product Issues / /

Facility

Shanghai Institute of Biochemistry / National Institute of Health / Nanjing University / Animal Research Center / Laboratory Animal Center / Model Animal Research Centre of Nanjing University / Laboratory Animals / Second Military Medical University / Changhai Hospital / National Key Laboratory of Medical Immunology / /

IndustryTerm

commensal bacterial products / food consumption / therapy for a wide range of cancer / commensal depletion protocol / chemicals / /

MedicalCondition

radiation-induced endotoxemia / radiation injuries / gastrointestinal syndrome / greater injury / endometrial cancer / head and neck cancer / radiation-induced thymic lymphoma / prostate cancer / breast cancer / acute myocardial infarction / cancers / Leukemia / radiation injury / tumor / systemic autoimmune disease / cancer / intermediate-risk endometrial cancer / Disease / significant endotoxemia / TBI / carcinogenesis / Helicobacter pylori infection / high-risk prostate cancer / infection / /

MedicalTreatment

radiation therapy / antibiotics / radiotherapy / whole body irradiation / radiation / total body irradiation / /

OperatingSystem

Paulos / /

Organization

National Institute of Health / Chinese Academy of Sciences / Department of Radiation Medicine / Center for Complex Automated Systems / Shanghai Institute of Biochemistry and Cell Biology / 4Model Animal Research Center / Changhai Hospital / Laboratory Animal Center / National Natural Science Foundation of China / Model Animal Research Centre / Nanjing University / Nanjing / Chinese Academy of Science / Faculty of Naval Medicine / Second Military Medical University / Shanghai / Centre for Disease Prevention and Control / /

Person

Xuetao Cao / Zheng Y et al. Phosphatase / Bing Yu / /

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Position

China *Corresponding author / Discussion mediator / patients suffering head / Cao / Santiago PM / /

Product

TLR4 / Sigma / Ampicillin / neomycin sulfate / metronidazole / Cipro / BMC suspension / ciprofloxacin / eating desire / proliferation capacity / drinking / basal radio-resistance / mice / tissue repair capacity / /

ProvinceOrState

North Carolina / Ontario / /

Technology

radiation / antibodies / siRNA / transplantation / genotyping / stem cells / commensal depletion protocol / apoptosis / cell counting Technology / ionizing radiation / /

URL

http /

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