Specific approaches taken to overcome these challenges including
optimizing cell processing steps such as isolation, washing, expansion, enrichment, labelling and purification.
Not exact matches
The
processes were adapted and temporally co-ordinated to facilitate
optimized, rapid germ
cell production.»
To do this, the first step was to
optimize the production
process of
cells based on different polymers, in order to achieve the maximum efficiency of these materials; secondly, polymers that absorb light at different wavelengths have been used to produce
cells with a tandem structure in order to make them more efficient.
They instead seem to be a product of natural selection,
optimized to generate a favorable degree of genetic diversity, as well as to help safeguard the organism's
cells against the kinds of errors that tend to occur most frequently during the
process of protein synthesis.
Supported by: Hear from leading expert Dr David DiGiusto, Stanford University School of Medicine, USA, as he shares his extensive experience in developing and
optimizing manufacturing
processes for
cell and gene therapy products including:
Our goal is to implement the
process transfert of a number of bench - scale manual
cell culture protocols developed and
optimized at I - Stem to an entirely automated
cell culture platform which will enable more reproducible procedures and provide critical savings on technical time and costs.
Although the research is an exciting step for diabetics, a great deal of development work is still ahead to not only
optimize the synthetic
cells, but then embark upon an expansive clinical trial
process.
In synthetic biology, FP timers might be able to tell researchers whether old or new
cells are better at producing a compound of interest, thus allowing them to
optimize the compound production
process.
We have proposed simultaneous experiments to
optimize the
process of cloning Black - footed Ferrets using domestic ferrets as surrogate egg
cell donors and mothers, thus avoiding using endangered Black - footed Ferrets for experimental procedures.
A complex chemical
process within your
cells, called cellular respiration, ultimately converts the energy stored in the foods you eat into a form that is
optimized for use at the cellular level of your muscles.
Another major focus of recovery immediately following exercise has to do with replenishing energy stores and fluids lost during exercise and
optimizing protein synthesis (the
process of increasing the protein content of muscle
cells, preventing muscle breakdown and increasing muscle size) by eating the right foods in the post-exercise meal.
The therapeutic laser provides energy to stimulate individual
cells deep within tissues, giving the
cells more energy to
optimize its own role in the body's natural healing
process.