Our purpose is to solve the toughest problems in life science by collaborating with the global scientific community – and through that, we aim to accelerate access to advance technologies for researchers and students planning to pursue their goals in Applied Biological Research.
In Research & Development, and throughout Institute of Applied Biological Research and Development (A division of Nirav Biosolutions Pvt Ltd, there is a shared drive to develop protocols and analytical services that help researchers advance science. We bring together our internal scientific expertise and our intimate understanding of the fields we support, inventing ways to help leading scientists do their work more efficiently and effectively. Seeing the end result – when a technology comes to life, and scientists around adopt it into their research – brings an amazing sense of pride and accomplishment
We are committed to achieving success through strategic and innovative partnerships. We look for ways we can collaborate with others to expand our capabilities and ultimately offer our customers the best solutions to drive better outcomes.
Contract Research Services
Nirav Biosolutions offers a broad array of contract R&D services, from in vitro to in vivo assays.
Name of the Services
- Analysis of cell cycle by flowcytometry
- Analysis of apoptosis by flowcytometry (Annexin-PI) method
- Analysis of mitochondrial potential by flowcytometry
- Analysis of Cell membrane potential by flowcytometry
- Analysis of cell proliferation by CFSE staining (Flowcytometry)
- Analysis of cancer cell surface markers
- Analysis of cancer cell intracellular proteins by flowcytometry
- Analysis of cancer stem cells by flowcytometry from different origins of cancers (Aldefluor, surface markers and intracellular proteins
- Culture and analysis of different normal as well as cancer cell lines for various purposes from Mice and humans
- Scratch and migration assay for analysis of metstasis for different cancers
- Multiplexing of cytokines by flowcytometry (CBA), same can be applied for growth factors, chemokines, Inflammatory molecules, bone metabolism molecules.
- MicroRNA multiplexing by flowcytometry ( Will be optimized by month end)
- Invitro differentiation of THP1 cells into macrophages
- Invitro differentiation of Macrophages into osteoclasts
- Analysis of Drosophila cells by flowcytometry
- Detection of host cell infection by flowcytometry for protozoan pathogens
- Magnetic cell sorting of CD4 T cells
- Invitro differentiation of pancreatic ductal cells ito Beta cells
- Magnetic cell sorting of regulatory T cells
- DNA isolation
- RNA isolation
- Real time PCR for gene exprssion analysis
- Real time PCR for gene copy number analysis
- Real time PCR of plasmid copy number analysis
- Real time PCR of for aging related genes
- Real time PCR for stem cell genes
- Real time PCR for Differentiation related genes
- Human and Mice T cell analysis
- Human and mice B cell analysis
- Human regulatory T cell analysis
- Invitro immunomodulatory studies for herbal extracts and chemicals
- Invitro immunomodulatory studies for peptides as the part of vaccine trials
- Analysis of virus infected GFP cells
- Analysis of antigen specific immune cells isolated from Lymph node and spleen after booster vaccination
- Reactive oxygen speciec induction analysis
- Analysis of cardioprotective effects of herbal extracts
- Analysis of mice and human macrophages
- Epithelial-mesenchymal transition (EMT) – will be optimized till month end
