The REPROCELL Blog › Posts about Stem Cells

Posts about Stem Cells

Editing B2M and CIITA to Create Hypoimmune Cell Lines for Cell Therapy

29 August 2023 • by Sarah Eminli-Meissner, PhD

Recombinant Human Laminins and their Use in Cell Culture

05 January 2023 • by Robert Annand, PhD

REPROCELL’s Stemgent Brings mRNA Reprogramming to the Clinical Sector

14 October 2022 • by Kathleen LeBlanc
Image of iPSC's

How SynFire® Technology can benefit your research

03 March 2022 • by Ji Wu, PhD
image showing stained ISPCs under a microscope

Everything you need to know about the REPROCELL iPSC Biobank

30 November 2021 • by Zara Puckrin, BSc
Image of cells under a microscope

How we established an in vitro Parkinson’s Disease model

24 November 2021 • by Zara Puckrin, BSc
In infographic of the CRISPR cas9 system

How digital PCR can improve CRISPR gene editing (with examples)

05 October 2021 • by Zara Puckrin, BSc
Rendering of stem cells

What is digital droplet PCR and how can it improve stem cell therapies?

13 September 2021 • by Zara Puckrin, BSc
Image of various culture dishes sitting inside an incubator

The ultimate guide to REPROCELL’s stem cell research services

16 August 2021 • by Zara Puckrin, BSc
Image showing a scientist working in a fume hood using a pipette

Our top 10 stem cell culture products

02 July 2021 • by Zara Puckrin, BSc
Image of cells under a fluorescent microscope

Protocol for immunocytochemistry of stem cells

29 January 2021 • by Zara Puckrin, BSc
A cartoon image of the inside of the human body highlighting the liver

StemFit®: Mesenchymal Stem Cell therapy for liver cirrhosis [INTERVIEW]

04 January 2021 • by Zara Puckrin, BSc
Image of iPSCs under a microscope

Five reasons to choose StemRNA 3rd Gen Reprogramming Technology

04 December 2020 • by Anca Haralambie, MSc
Cutaway rendering showing the vascular system of the kidney

StemFit®: How to create a renal vascular system in vitro [INTERVIEW]

15 September 2020 • by Zara Puckrin, BSc
Strands of Metalic DNA with red CRISPR-Cas9 systems attached to them

CRISPR-Cas9: Big Data, Precision Medicine and Universal Cell Therapy

13 April 2020 • by Duncan Liew, PhD
Image of gene editing DNA

How CRISPR-SNIPER compares to other gene editing techniques

01 April 2020 • by Zara Puckrin, BSc
Image showing a nuclease on a strand of DNA

A Visual Guide to CRISPR-SNIPER Gene Editing [INFOGRAPHIC]

30 March 2020 • by Zara Puckrin, BSc
Image of cells under a microscope

Cost Effective, Lab-scale Spheroid Culture of iPSCs

21 January 2020 • by Robert Annand, PhD
Rendering of iPSCs

How to mass culture induced pluripotent stem cells (iPSCs)

30 October 2019 • by Chirag Tawde, MSc

Improve Gene-Editing Success with CRISPR-SNIPER Technology

29 October 2019 • by Karen McAulay, PhD
Diagram showing the mechanism by which StemRNA technology blocks the natural cell defence mechanisms against foreign RNA

Which stem cell reprogramming technology should I use?

17 October 2019 • by Sarah Eminli-Meissner, PhD

What is CRISPR-SNIPER Gene Editing?

02 September 2019 • by Zara Puckrin, BSc
A human brain made up from many multicoloured jigsaw pieces

Stem Cells for Autism

03 April 2019 • by Duncan Liew, PhD
Rendering of neurons

Neurite Outgrowth Assays using StemRNA Neuro

20 March 2019 • by Lyndsey McBroom, PhD
Computer graphic showing the stages of the drug discovery process

Using human iPSCs as an in vitro model for regenerative medicine and disease modelling

22 February 2019 • by Parto Toofan, PhD
Rendering showing a rendering of iPSC's

Tissue Sourcing for the Development of iPSC-derived Disease Models

06 February 2019 • by Sarah Eminli-Meissner, PhD
Image of a gloved hand inserting a pipette into a cell culture flask

Xeno-free culture of stem cells in NutriStem® hPSC XF medium

05 February 2018 • by Robert Annand, PhD

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