Sentences with phrase «from cell design»

I started in the Continuous Improvement Dept. and led Kaizons ranging from cell design, process improvement and in the moment problem solving with the operators.

Not exact matches

The company is developing a T - cell reprogramming technology designed to generate an anti-tumor response from the patient's own immune system.

The second question has in fact two facets: (a) how does it arise in the development of the individual organism during the process of growth from the moment of fertilization of the egg; and (b) how does the egg itself come to get that way — that is to say, how can we conceive of evolution as having «designed» the cell?

From the sons and the daughters of God's inside residencies of Celled selective singularities in sublime renditionings of personalized orders or the rather chaotic gathering points for celled creatures to so begin upon any celestial body of rightly orientated planetary motions is but a feat of rooted grand designs and indentured husbanCelled selective singularities in sublime renditionings of personalized orders or the rather chaotic gathering points for celled creatures to so begin upon any celestial body of rightly orientated planetary motions is but a feat of rooted grand designs and indentured husbancelled creatures to so begin upon any celestial body of rightly orientated planetary motions is but a feat of rooted grand designs and indentured husbandries!

From All celled or willing deededness and the sons is building deededness are] God's in sublime renditioning designs 3:9 «For ther celestialized husband inthians andry, [ye are God: ye are God's but a holding upon.

From the sons and the daughters of God's inside residencies of Celled singularities in sublime renditionings of personalized orders or the rather chaotic gathering points for celled creatures to so begin upon any celestial body of planetary motions is but a feat of rooted grand designs and indentured husbanCelled singularities in sublime renditionings of personalized orders or the rather chaotic gathering points for celled creatures to so begin upon any celestial body of planetary motions is but a feat of rooted grand designs and indentured husbancelled creatures to so begin upon any celestial body of planetary motions is but a feat of rooted grand designs and indentured husbandries!

Solve for us the question of the reasonableness of athiesm, where you get something (big bang) from nothing — there must be a first cause of everything; explain implications of the anthropic principle and the wildly unprobablistic likelihood that our universe could even form in such a fashion as to be capable of sustaining life (which has, interestingly, your athiest heavy hitters (i.e. Dawkins, Schwartz, etc.) necessarily positing multiple universe theories to get around the near probablistic impossibility of all conditions be present at time of big bang for life to be possible without acknowledgement of a divine designing hand guiding the process); explain The probablistic impossibility of non-irreducibly complex basic cells (life) coming together spontaneously (DNA, cell membrane, etc), even the most basic, simple forms of life allowing for reproduction, metabolism, etc...

«It could be anything from something very small that meets a need and saves a little money to a significant design improvement or modification of an employees work cell,» explains Chris Haugen, VP of Supply Chain.

This module is developed for customers that want the benefits from using Eilersen digital load cells but can not change existing equipment designed for analog strain gage load cells [more]

Luckily, our body is designed to produce antioxidants to prevent such threats from causing significant damage to our cells.

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Safety: This seat has safe cell impact protection that is designed to keep your child safe by absorbing the impact from a crash.

The first offering from the partnership is a completely new cell phone case for iPhone: distinctive Griffin industrial design wrapped in a selection of favorite original Threadless images!!

Aside from the nourishing prebiotic, it also designed the OptiGRO, a unique blend of DHA, Lutein and Vitamin E, to support brain development, eye health, and developing cells, respectively.

While the Vortex system is designed specifically for blood, the company is working with academic researchers to develop versions that could be used to isolate cells from other body fluids as well, such as cerebrospinal fluid and urine.

Injections of killed stem cells, designed to help the immune system recognise cancers, have been found to protect mice from developing tumours

Now that researchers know from their cell studies that this family of receptors can essentially flip its own switch, they can use that information to design drugs to prevent that from happening when it shouldn't.

Specifically, the Mount Sinai study was designed to test whether pharmacological compounds designed to block the function of XPO1 / CRM1 could stop disease progression in mouse models that exhibit some of the characteristics of MS. Researchers found that two chemical agents (called KPT - 276 and KPT - 350) prevented XPO1 / CRM1 from shuttling cargo out of the nucleus of nerve cells, which protected them from free radicals and structural damage.

The current study was designed to clarify the cellular hierarchy underlying glioblastoma, to identify epigenetic factors that distinguish glioblastoma stem cells from more differentiated tumor cells and to suggest potential therapies targeting those factors.

And early stage startup Neochromosome, which includes Boeke, intends to raise money to design synthetic chromosomes for medicine that could be used in an off - the - shelf universal cell line in cell therapies and transplants with minimal risk of rejection from the immune system.

The patch is made of eye cells made from human embryonic stem cells, and it has been designed for treating the «dry» form of macular degeneration, which accounts for 90 per cent of all cases, and affects 1.7 million people in the US.

David Cullen, a biotechnologist from Cranfield University in England, recently tested sensors designed to identify microbes embedded in the ice by searching for cell - wall molecules and small snippets of DNA.

Functioning with 473 genes, the cell is a milestone in his team's 20 - year quest to reduce life to its bare essentials and, by extension, to design life from scratch.

We are looking for the proteins that make the tumour cells different to the host devils that they infect and then use these «tumour specific» proteins to design a vaccine that will save the devil from extinction.

Using the findings from this study, the team has designed vaccine immunogens to selectively trigger the cooperating antibody - producing B cells to cooperate to make broadly neutralizing antibodies in a manner that mimics broadly neutralizing antibody development in natural HIV infection.

Butterflies aren't the only animals who harness nanotech for cosmetic purposes; so do birds, whose dazzling array of colors comes from a combination of pigment - producing cells and nanoscale design.

In the study, they reported that a PPMO designed to prevent creation of the AcrA protein significantly increased the efficacy of antibiotics against E. coli in cell models — from two - to 40-fold.

Building on the newly - published pilot study, the team will conduct experiments using a windtunnel which measures the behaviour of mosquitoes towards odours and electrodes which track the response of individual odour - detecting cells from within the antenna of the mosquito in specially - designed secure laboratories at the School to measure the responses of malaria - infected Anopheles gambiae s.s. females to human odours.

Taking inspiration from the biological building methods used in cells and the ECM, the Bioinspired Soft Matter Unit, led by Prof. Zhang, has designed and synthesized a nanoscale toolkit of molecules that can interact together to assemble complex molecular structures.

To push the field further, cell biologists have begun borrowing machine - learning and data - mining tools from computer science, while engineers are designing imaging and microscopy systems that enable entirely novel analyses.

Bio-engineers are working on the development of biological computers with the aim of designing small circuits made from biological material that can be integrated into cells to change their functions.

This tiny chip made from a polymer and loaded with human cells is designed to serve as a miniature replica of a human lung.

They are designed to get around one of the ways that cancer protects itself from the immune system: tumors can activate the body's natural protective response from autoimmunity, called a checkpoint, and thereby thwart cytotoxic T cells.

The team designed and synthesized a luminescent molecule that recognizes cervical cancer cells and physically stops them from migrating.

They also re-engineered their previous gene editing apparatus to now carry a set of four guide RNAs, all designed to efficiently excise integrated HIV - 1 DNA from the host cell genome and avoid potential HIV - 1 mutational escape.

The researchers created the nanosponges by separating the membranes of human red blood cells from their internal contents and stabilizing the membranes with an engineered core designed to absorb the toxins produced by pathogenic bacteria.

Moreover, perceptual experiments can be designed to ask which subdivisions of the system are responsible for particular visual abilities, such as figure / ground discrimination or perception of depth from perspective or relative movement — functions that might be difficult to deduce from single - cell response properties.

«We are providing protocols so that other scientists can rationally design related molecules that elicit desired responses from iNKT cells.»

So GM has designed its Generation IV fuel cell assembly to eliminate all water from the stack when it stops operating.

This is the most efficient so - called «optogenetic switch» activated by red and far - red light that has been successfully designed and tested in animal cells — and it doesn't require the addition of sensing molecules from outside the cells.

The study could help identify people who would most benefit from new drugs designed to save brain cells, but more research is necessary to determine if the genetic mutations are implicated in disease.

The chip's key feature is a tiny flow channel on a hierarchically designed pad that is optimized to capture tumor cells from the blood flowing across it.

In a new study published in Science Advances, a group of University of Wisconsin - Madison researchers show that individual cells in the human body have an armament designed to prevent HCMV from achieving and maintaining this latency, to shine a spotlight on the virus so the immune system knows to fight.

Case in point, Gallagher says, is «smart grid» technology that's designed to integrate renewable power coming from wind turbines and solar cells with the nation's 9000 conventional power plants and 300,000 miles of transmission lines.

That's why we're looking forward to getting the results from Fraunhofer IAO on how we can use cell phone data for transport planning and design in Stuttgart.»

Genetic information inside simple cells designed to mimic primordial life has been copied, with the help of a chemical made from citric acid

The gene therapy was also designed to inhibit action of the myostatin gene, which stops muscle cells from growing.

In a development that could lead to a new generation of drugs to precisely treat a range of diseases, scientists from the Florida campus of The Scripps Research Institute (TSRI) have for the first time designed a drug candidate that decreases the growth of tumor cells in animal models in one of the hardest to treat cancers — triple negative breast cancer.

Professor Alvaro Mata, from Queen Mary's School of Engineering and Materials Science, said: «The technique opens the possibility to design and create biological scenarios like complex and specific cell environments, which can be used in different fields such as tissue engineering by creating constructs that resemble tissues or in vitro models that can be used to test drugs in a more efficient manner.»

In their Chemical Communications paper, Tanasova and Rao's team report on the design and validation of the fluorescent probes, called ManCous, to observe GLUT5 activity in a cell; they also document the multicolored fluorescence that distinguishes GLUT5 - rich cells from those deficient in GLUT5.