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Biological in sentence

707 examples of Biological in a sentence

That vision was, because all of the functions and characteristics of all biological entities, including viruses and living cells, are written into the code of DNA, if one can read and write that code of DNA, then they can be reconstructed in a distant location.
This is what we mean by biological teleportation.
Like an author of a book, this started out as writing short sentences, or sequences of DNA code, but this soon turned into writing paragraphs and then full-on novels of DNA code, to make important biological instructions for proteins and living cells.
We also knew that writing DNA would enable biological teleportation ... the printing of defined, biological material, starting from DNA code.
This was when I began to appreciate, more than ever, the power of biological teleportation.
Naturally, with this in mind, we started to build a biological teleporter.
Unlike the BioXp, which starts from pre-manufactured short pieces of DNA, the DBC starts from digitized DNA code and converts that DNA code into biological entities, such as DNA, RNA, proteins or even viruses.
This included software algorithms to predict what DNA to build, chemistry to link the G, A, T and C building blocks of DNA into short pieces, Gibson Assembly to stitch together those short pieces into much longer ones, and biology to convert the DNA into other biological entities, such as proteins.
But whereas fax machines received images and documents, the DBC receives biological materials.
It makes sense to pay attention to the biological anecdote because that's time-tested evolution over many millennia.
Well, to my mind, rather than take a blank sheet and use science as a tool for invention, we've paid attention to the biological evidence, we've put importance to the human anecdotal evidence, and we've used science as a tool for translation, translation of something that was already there into something that we can use for the benefit of mankind.
After all, did the Wright brothers discover manned flight, or did they observe the biological fact of flight and translate that mechanically, replicate it in a way that humans could use?
Stress resilience is the active biological process that allows us to bounce back after stress.
And from what we've seen so far in mice, resilience enhancers can protect against purely biological stressors, like stress hormones, and social and psychological stressors, like bullying and isolation.
So, in other words, a biological stressor without a psychological component.
That's when the dinosaurs went extinct, that's when 75 percent of the animal and plant species went extinct, and that's when mammals overtook their ecological niche, and to anthropomorphize, biological evolution said, "Hmm, this neocortex is pretty good stuff," and it began to grow it.
And our thinking, then, will be a hybrid of biological and non-biological thinking, but the non-biological portion is subject to my law of accelerating returns.
It is a biological computer.
World over, teams of researchers are decoding its biological principles to understand its computational rules and applying that learning to the fields of electronics, programming and robotics.
Just a few examples: an artist who paints with fluorescent Physarum; a collaborative team who are combining biological and electronic design with 3D printing technologies in a workshop; another artist who is using the slime mold as a way of engaging a community to map their area.
Here, the slime mold is being used directly as a biological tool, but metaphorically as a symbol for ways of talking about social cohesion, communication and cooperation.
Everyone recognized that she was struggling heroically with a biological illness.
We've moved from an era of ignorance about what causes cancer, in which cancer was commonly ascribed to personal psychological characteristics, to a modern molecular understanding of the true biological causes of cancer.
A robotic hand is technological, mine is biological, and we don't think about it anymore.
I've based my scientific career on using leading-edge molecular techniques, DNA- and RNA-based methods to look at microbial populations in biological reactors, and again to optimize these systems.
The context, of course, is that we're living at a time where technology is disrupting our present at exponential rates, and the biological realm is no exception.
As you might know, proteins are large biological molecules that perform different functions within our body, like catalyzing metabolic reactions or responding to stimuli or replicating DNA, but before a protein is expressed or produced, relevant parts of its genetic code present in the DNA are copied into the messenger RNA, so this messenger RNA has instructions on how to build a specific protein, and potentially it can build hundreds of proteins, but the one that tells them when to build them and how many to build are microRNAs.
It's a living biological lab that may well have answers to the question that we may have, but we have to ensure that it has the right to live.
Now, what's common to all of these things is the idea that we've had these technologies to control nature only for the last 70, 80 or 100 years and essentially in a blink, we have squandered our ability to control, because we have not recognized that natural selection and evolution was going to find a way to get back, and we need to completely rethink how we're going to use measures to control biological organisms, and rethink how we incentivize the development, introduction, in the case of antibiotics prescription, and use of these valuable resources.
I mean, look, every single physician accepts some biological connection between animals and humans.
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