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Biotechnology / Polymerase chain reaction / Genetics / High Resolution Melt / Myeloproliferative disease / Site-directed mutagenesis / Janus kinase 2 / Real-time polymerase chain reaction / Multiplex / Biology / Molecular biology / Laboratory techniques


A Multiplex Snapback Primer System for the Enrichment and Detection of JAK2 V617F and MPL W515L/K Mutations in Philadelphia-Negative Myeloproliferative Neoplasms
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City

Shanghai / Carlsbad / Buffalo / Helsinki / Valencia / Guangzhou / Philadelphia / Shiga / Article / Lyon / Basel / /

Company

TaKaRa / Qiagen / Invitrogen Laboratory / New England Journal / CVs / Creative Commons / F. Passamonti A. S. / IARC Press / Central Laboratory / Hindawi Publishing Corporation / /

Country

Switzerland / France / Japan / United States / China / /

Event

FDA Phase / /

Facility

Invitrogen Laboratory of Technical Services / Shanghai Medical College / Roswell Park Cancer Institute / Huashan Hospital / Laboratory Medicine / Huashan Hospital of Fudan University / Fudan University / The Third Affiliated Hospital of Sun Yat-sen University / /

IndustryTerm

conventional devices / point-of-care diagnostic algorithms / wild-type allele product / bank / classical real-time instruments / /

MedicalCondition

polycythemia vera / multiple myeloma / essential thrombocythemia / myeloid neoplasms / primary myelofibrosis / myeloproliferative and other myeloid disorders / negative myeloproliferative neoplasms / myeloproliferative neoplasms / Current hematologic malignancy / human myeloproliferative disorders / myelofibrosis / erythroleukemia / chronic myeloproliferative disorders / Leukemia / Cancer / disease / acute leukemia / primitive myelofibrosis / shock / myeloproliferative disorders / Hematologic Malignancies / myeloid metaplasia / hereditary thrombocytosis / diseases / chronic myelogenous leukemia / Tumours / /

Organization

World Health Organization / Department of Dermatology / Shanghai Medical College / National Academy of Sciences / Chinese Academy / Third Affiliated Hospital / Wittwer Lab / Fudan University / Shanghai / FDA / China Department of Laboratory Medicine / Huashan Hospital / Shanghai Science and Technology Commission / Department of Cancer Genetics / Roswell Park Cancer Institute / /

Person

R. J. Errigo / P. Guglielmelli / V / Ming Guan / N. L. Harris / G. Denice Smith / C. T. Wittwer / D. Anderson / M. A. Poritz / J. S. Farrar / E. Campo / H. Lu / R. A. Palais / M. T. Seipp / M. I. Ivanova / V / S. Swerdllow / L. R. Rowe / L. Zhou / /

Position

driver / Academic Editor / hot-lid thermal cycler / correspondent / Major / forward / /

Product

ampicillin / M-16 / Mg2 / /

ProgrammingLanguage

C / /

PublishedMedium

PLoS Medicine / Proceedings of the National Academy of Sciences / The New England Journal of Medicine / Nucleic Acids Research / /

Technology

electrophoresis / hybridization / directed mutagenesis / point-of-care diagnostic algorithms / Cloning / genotyping / single nucleotide polymorphism / DNA Sequencing / SNP / rapid PCR protocol / /

URL

http /

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