My research has implemented MFC methods
for cell manipulation and molecular biology and has been applying them in collaboration with local life science researchers.
Not exact matches
The hope one might have once placed in comparative advantage global capitalism and the internet /
cell - phone wiring of all, began to look increasingly hollow, as Walmarts filled with cheap Chinese goods, real jobs went missing, real skills became rare, and the internet became known not so much
for an Army of Davids shoring up our common commitment to liberty, but
for mobbish comment swarms, porn, The Social Network, diversion all - the - more addictive
for being personally tailored (see: the fictional fat - slobs of Wall - E, or the perpetually downward phone - gaze of our «dumb» millennials), and unprecedented possibilities
for spying, defamation, and demagogic
manipulation for those with access to big data.
These experiments were complemented by genetic
manipulations in which some mice were engineered to lack a gene known as Tap1, which is crucial
for the MHC I complex to make its way to the
cell surface.
While the microelectronics technology allows only
for the
manipulation of electrons on a microchip, the coming nanotechnologies will allow the
manipulation of electrons, atoms,
cells, and molecules.
«New innovative method
for delivering genes into
cells: Modification of
cell physiological function with novel parallelized electroporation of mammalian
cells by using electrostatic
manipulation in a water - in - oil droplet.»
Certain blood
manipulation methods, such as administration of recombinant human erythropoietin (rHuEPO) and homologous blood transfusion, are currently tracked through a longitudinal profile called the athlete biological passport (ABP); however, there is not yet a test available
for ABT, which is reinfusion of the athlete's own blood or red
cell concentrates.
Our new device, which enables the precise
manipulation and patterning of protein crystals using surface acoustic waves, is a transformative technology
for structural biologists,» said Jarrod French, an assistant professor of biochemistry and
cell biology at Stony Brook University.
It must be capable of functioning in challenging environments in living
cells, which require cutting - edge light
manipulation and detection technologies optimized
for light - starved conditions.
Mark Poznansky, MD, PhD, director of the MGH - VIC and senior author of the Wound Repair and Regeneration report adds, «Having a novel therapeutic that is based on the immediate isolation of a patient's own
cells, with minimal
manipulation, will represent an attractive option
for the wound care field; and a successful option that accelerates healing would greatly benefit patients, as diabetic ulcers typically need up to a year or more heal.
This novel technique and the information it provides have significant implications
for future transport property
manipulation in electronic devices featuring organic molecules, such as solar
cells and light - emitting diodes.
RIKEN launched an investigation after claims of image
manipulation and plagiarism surfaced regarding a research article and a letter published online in Nature on 29 January that described a new, simple way of creating stem
cells called STAP,
for stimulus - triggered acquisition of pluripotency.
For efficiently studying
cell functions, it is essential to reconstruct cellular microenvironments by parallel
manipulation of single
cells.
The research team developed a design principle
for probes
for minimally invasive single -
cell manipulation.
«The basis
for these extreme dietary
manipulations is to starve the tumor of the nutrients it needs,» says Abrams, «but healthy
cells of the body also get depleted of nutrients.»
«The successful retrieval of memories in AD mice by increasing the number of spines
for normal memory processing only in the memory
cells, rather than in a broad population of
cells, highlights the importance of highly - targeted
manipulation of neurons and their circuits
for future therapies.
Finally, his discussion covers the genetic
manipulation of induced pluripotent stem
cells (iPSCs) to derive NK
cells engineered to express modified CD16A, and their potential
for improving the efficacy of tumor - targeting therapeutic mAbs.
The research team is now further pursuing stem
cell manipulation, which holds promise
for treating a wide range of diseases.
«The successful retrieval of memories in AD mice by increasing the number of spines
for normal memory processing only in the memory
cells, rather than in a broad population of
cells, highlights the importance of highly - targeted
manipulation of neurons and their circuits
for future therapies,» said Tonegawa in a statement.
Gene - expression profiling of different arms of lymphatic vasculature identifies candidates
for manipulation of
cell traffic.
While CRISPR / Cas9 is a powerful technique
for genome
manipulation, two significant challenges remain: obtaining efficient delivery of the Cas9 / sgRNA complex to all
cell types, and leaving no additional footprint (i.e., persistent and elevated expression of Cas9 in target
cells) that could lead to off - target effects.
Human pluripotent stem
cells (hPSCs), including human embryonic stem
cells (hESCs) and human induced pluripotent stem
cells (hiPSCs), are known to be vulnerable to apoptosis upon various technical
manipulation, such as single
cell dissociation, freezing and thawing, etc., which hinder their use
for clonal isolation in gene transfer, differentiation and FACS
cell sorting.
With the recent development of transgenic mouse models, which allow labelling and
manipulation of specific
cell types, more and more emphasis has been placed on the tissue scale: How does the collective behavior of many
cells gives rise to the architecture that is characteristic
for given kind of tissue?
A future aspect of our mouse work is directed towards use of ES
cell differentiation in culture as a model
for epigenetic decisions and stem
cell manipulations.
Recent papers published by groups from UC Berkeley and Stanford University have described methods
for the genetic
manipulation of primary human hematopoietic stem and progenitor
cells (HSPCs) that require them to be maintained in vitro
for anywhere from 24 hours to more than a week.
«As the only engineer in the U.S. Senate,» Sununu said, «I've been proud to protect funding
for the National Science Foundation from political
manipulation and fully support funding
for adult and amniotic stem
cell research — which has already resulted in a number of treatments that have proven to be successful in patient trials.»
«Martin's vision
for genetic analysis of pluripotency, afforded by our extensive mouse resources, could lead to major advances in our understanding and
manipulation of stem
cell behavior in health and disease.»
Generation of mouse models
for cell type - specific
manipulation of translation, tools to visualize de novo protein synthesis, and techniques to identify translating mRNAs and newly synthesized proteins
Martin's vision
for genetic analysis of pluripotency... could lead to major advances in our understanding and
manipulation of stem
cell behavior in health and disease.
Researchers suspect that
manipulation of vascular endothelial
cell migration could be a useful therapeutic approach
for those and other conditions.
The Czech Centre
for Phenogenomics (CCP) Institute of Molecular Genetics of the Czech Academy of Sciences, v. v. i. invites applications
for the following open post-doctoral position Head of Embryonic stem
cell manipulation and transgenesis The Transgenic and Archiving Module of the CCP (http://www.phenogenomics.cz/) is seeking a motivated post-doc or senior specialist to join our
Tang, Jonathan C.Y., et al. «A nanobody - based system using fluorescent proteins as scaffolds
for cell - specific gene
manipulation.»
These techniques have been applied both
for single molecule biophysics, single
cell imaging and optical
manipulation.
Our studies may also serve to enhance competence
for somatic embryogenesis in recalcitrant genotypes / explants through the
manipulation of overall chromatin organisation in target
cells using various chromatin - related drugs.
Given that fermentation in the colon is the mechanism
for achieving colorectal cancer protection, via the specific contribution of n - butyrate to reduction of proliferation and induction of differentiation of the mucosal
cells (Cummings 1981), it is probable that dietary
manipulations which slow the fermentation rate of [RS] and dietary fiber would be of benefit in cancer protection in the distal colon and rectum.»
Use mobile trading apps as the tool they were designed
for but be aware of the emotional pitfalls and subconscious
manipulation that occurs when you have a
cell phone with a mobile trading app attached to you all day.
Manipulation of mast
cell tumors,
for example, when obtaining samples, can cause the release of chemicals (such as histamine) stored in the
cells.
Tags
for this Online Resume: High - Throughput (HTS) and High - Content Screening (HCS), Research Scientist, Laser Scanning Confocal Microscopy and Spectrophotometry Usage and Analysis, Murine
manipulation, • ELISA • Western Blot, Flow Cytometry, Microbiology and Immunology,
cell - based assays, molecular biology techniques