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Gene expression analysis directly from cells in just 35 minutes
Life Technologies
Traditionally, qRT-PCR assays can be both tedious and time-consuming, limiting the number of samples you can effectively run in a day. The new Cells-to-CT™ 1-step kits eliminate RNA purification and combine reverse transcription/real-time PCR into one reaction, reducing the total protocol time from hours to just 35 minutes! All reactions are in the same tube/well, resulting in fewer pipetting steps. The kits come with a choice of TaqMan® or SYBR® Green detection. Start saving time now! more »

Probe Your Proteome with These Quantitative Mass Spec Tools
The defining tool of proteomics research is the mass spectrometer, and it has been for years. But ... more »

Marked for Destruction? Find Out with These Ubiquitination Tools
Isolating ubiquitinated proteins is usually accomplished using affinity purification, using ... more »

EVOS® FL Cell Imaging System
Thermo Fisher Scientific
The powerful yet easy-to-use EVOS® FL Cell Imaging System provides the flexibility to fit most ... more »

M220 Focused-Ultrasonicator
Covaris LLC
" Proven Covaris AFA shearing process, as used in genome centers worldwide Generates tight, ... more »

PE/Dazzle™ 594 anti-human CD19 Antibody
Cells Depot™ preserved human PBMCs was stained with PE/Dazzle™ 594 anti-human CD19 Antibody diluted ... more »

BACH2 copy number analysis using Life Technologies TaqMan Assays
I am interested in copy number variations of particular genes in B-cell lymphoma. I have used the ... more »

New blood test determines whether you have or are likely to get cancer more »

Genetic test would help 'cut bowel cancer spread' more »

First mapping that reveals the molecular pathway for MDSC cancer progression more »

New discovery approach accelerates identification of potential cancer treatments more »

Scientists discover a new role for estrogen in the pathology of breast cancer more »

USC researchers discover dual purpose of cancer drug in regulating expression of genes more »

Risk of esophageal cancer decreases with height more »

New research outlines promising therapies for small cell lung cancer more »

How the ends of chromosomes are maintained for cancer cell immortality more »

NYU Langone scientists identify key factor that maintains stem cell identity more »