Life science & clinical diagnostics instruments > Tissue & cell handling/counting

Gravity explains why cells are microscopic

20 February, 2015

The average animal cell is 10 µm across - why? Why aren't they bigger?


Gravity explains why cells are microscopic

18 February, 2015

The average animal cell is 10 µm across - why? Why aren't they bigger?


Placental stem cells could treat heart failure

13 February, 2015

An international research team has found that stem cells collected from the placenta, which is generally discarded after childbirth, show promise as a treatment for heart failure.


Biological Industries MSC Go hMSC differentiation kits

04 February, 2015

Biological Industries (BI) has launched innovative hMSC differentiation kits for research and stem-cell-based therapies. The serum- and xeno-free differentiation kits provide the ability to efficiently differentiate hMSC from various sources into adipocytes, chondrocytes and osteoblasts.


Merck Millipore guava easyCyte 12 flow cytometer

04 February, 2015

Merck Millipore offers the guava easyCyte 12 flow cytometer, a simple and powerful benchtop method for multicolour flow cytometry. The system has been shown to detect particles as small as 0.2 μm, which is said to be a significant improvement over typical flow cytometers.


Merck Millipore guava easyCyte 12 flow cytometer

04 February, 2015

Merck Millipore offers the guava easyCyte 12 flow cytometer, a simple and powerful benchtop method for multicolour flow cytometry. The system has been shown to detect particles as small as 0.2 μm, which is said to be a significant improvement over typical flow cytometers.


PerkinElmer Opal Multiplex Tissue Staining

01 February, 2015

With Opal Multiplex Tissue Staining, users can achieve robust, specific multiplex tissue biomarker measurement.


PerkinElmer Opal Multiplex Tissue Staining

01 February, 2015

With Opal Multiplex Tissue Staining, users can achieve robust, specific multiplex tissue biomarker measurement.


Enzo Life Sciences cellular senescence assays

21 January, 2015

Understanding why cells undergo senescence (biological ageing) and how it can affect complex biological processes is an important research area. Enzo Life Sciences offers a broad range of products for ageing research.


Kidney-like structure regenerated from a single cell

03 December, 2014

Japanese researchers have successfully generated a kidney-like structure from just a single cell, thus making a huge leap forward in organ regeneration research.


Merck Millipore Amnis NFкB Translocation kit

25 November, 2014

The Amnis NFкB Translocation kit allows researchers to study the nuclear translocation of NFкB - a transcription factor that plays a central role in regulating key mammalian cell processes, including proliferation, inflammation, immune and stress responses.


The bioprinted liver

21 November, 2014

Bioprinted liver tissue containing both parenchymal and non-parenchymal cells in spatially controlled, user-defined geometries that reproduce compositional and architectural features of native tissue are making it possible to assess drug effects over timeframes much longer than those offered by 2D liver cell culture systems.


Scientists grow human tendons for the first time

07 November, 2014 by Dylan Bushell-Embling

Scientists from regenerative medicine company Orthocell have succeeded in growing human tendons in a laboratory for the first time. In a collaboration with the University of Western Australia, Curtin University, Griffith University and the University of Auckland, the researchers used a bioreactor to grow the functonal human tendons.


Merck Millipore SNAP i.d. 2.0 protein detection system for immunohistochemistry

04 November, 2014

Merck Millipore has introduced the SNAP i.d. 2.0 protein detection system for immunohistochemistry (IHC), which is said to streamline immunohistochemistry workflows and decrease slide handling time.


Collaboration to measure metabolism of 3D microtissue

28 October, 2014

The US-based Seahorse Bioscience and Moffitt Cancer Center have received an SBIR contract, through the National Cancer Institute, to develop a reproducible method that will enable the measurement of metabolism of 3D microtissue.


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