The first living organism found on Mars creates a whole mess of problems for the crew on the International Space Station, all of whom Espinosa introduces in an eight - minute one shot.
The term «primordial soup» refers to the liquid in which the proteins and most basic enzymes could interact and eventually create the first cells, and
the first living organisms.
These molecules would have evolved into
the first living organisms.
Alkaline hydrothermal vents of this type are suggested to be the birthplace of
the first living organisms on the ancient Earth.
While Kotov says
the first living organisms were likely microscale, he's quick to point out that the work doesn't say nanoparticle ribbons of any sort are precursors to life.
They were
the first living organisms on Earth and contain every nutrient needed to feed all life and plant forms on Earth.
Not exact matches
For the
first time ever, scientists have developed a complete model of an
organism, accounting for every molecular interaction in the entire
life span of the bacterium Mycoplasma genitalium.
Now those who accept the evolutionary perspective are generally agreed that the universe is one single process and that there are stages in the process: the evolution of matter, next the emergence of the
first unicellular
organisms, then a process of further evolution of
life toward vegetative and animal
life, and from this latter phase emerged man.
First, the aim at intensity or richness of experience on the part of individual moments of the soul's
life leads the soul to actualize itself in ways that are immediately rewarding to it, independently of their consequences for the
organism as a whole.
First of all is the biological
organism with its big brain, its upright posture, its hand and opposed thumb, its vocal organs making possible enormous variety in vocalization so that language and other symbols can develop to expand indefinitely the range of meaning, entering into human
life.
(Cf. the phenomenon of the «runners» at
first connected with the mother plant and then separated from it; the fluid transition between various plants and animals which appear to be one; the germ - cell inside and outside the parent
organism, etc.)
Living forms which present what are apparently very great differences in space and time can ontologically have the same morphological principle, so that enormous differences of external form can derive from the material substratum and chance patterns of circumstance without change of substantial form (caterpillar - chrysalis butterfly).
The Church is
first a
lived reality, more like a developing
organism than an external structure authoritatively imposing belief.
Teilhard envisions that the processive realization in history of the atonement actualized in Christ will proceed to a threshold of sudden change, much like the «quantum leap» in which
life first emerged on earth, and there will emerge a total humanity newly unified into an «
organism» about Christ, the center of centers (PM 288ff.).
Its
first sentence reads, «The main thesis of this book is that all
living organisms are subjects.»
The cosmic tide may at one time have seemed to be immobilized, lost in the vast reservoir of
living forms; but through the ages the level of consciousness was steadily rising behind the barrier, until finally, by means of the human brain (the most «centro - complex»
organism yet achieved to our knowledge in the universe) there has occurred, at a
first ending of time, the breaking of the dykes, followed by what is now in progress, the flooding of Thought over the entire surface of the biosphere.
First, suicide is contrary to nature: every
living organism naturally desires to preserve its
life.
You see, it's the same problem as your
first step, you cant just say «all of a sudden, WHAM
living organisms capable of reproduction POOF «ed into existence».
The Theory of Evolution only talks about how
life evolved from the
first single celled
organism up till what we have today.
One of these, IgA, which is present in highest amounts in the
first few days of
life, contains many antibodies against viruses, bacteria and other disease - causing
organisms.
Starts with the
first single - cell
organisms and end with modern
life forms.
«This is the
first time that Bdellovibrio has ever been used as an injected therapy in
live organisms,» Sockett says.
At its
first big conference, held just 10 years ago at the Massachusetts Institute of Technology, the startling initial premise was that
life is simply too complicated for biotechnologists to easily modify and that it would be better if engineers rebuilt
life from scratch so the created
organisms did exactly what was required.
Life's resilience and the sheer diversity of terrestrial organisms were not obvious on July 20, 1976, when the first Viking lander touched down on Mars's Chryse Planitia lowlands, programmed to find life as we then knew
Life's resilience and the sheer diversity of terrestrial
organisms were not obvious on July 20, 1976, when the
first Viking lander touched down on Mars's Chryse Planitia lowlands, programmed to find
life as we then knew
life as we then knew it.
Back when
life first took hold, genes flowed around freely; genetic sequences skipped around from
organism to
organism in much the way they may soon on the Internet.
It's the
first time biological tools have bonded carbon to silicon, perhaps opening a way to let
living organisms build proteins and...
Since
life first emerged more than 3 billion years ago, single - celled
organisms have dominated the planet for most of its history.
This is the
first thorough census of the gut microbiome — which consists of all the microorganisms that
live in the gut of the
organism — in queen bees.
«What we wanted to know is why these large
organisms appeared at this particular point in Earth's history,» said Dr Jennifer Hoyal Cuthill of Cambridge's Department of Earth Sciences and Tokyo Tech's Earth -
Life Science Institute, the paper's
first author.
IF YOU found a self - replicating
organism living inside your computer, your
first instinct might be to reach for the antivirus software.
The presence of methane on Mars,
first discovered a few years ago, has piqued the curiosity of researchers, who wonder if the gas results from geologic activity or, more intriguingly, from
living organisms, as is largely the case on Earth.
The
first comprehensive scientific treatise on our reliance on other species, Sustaining
Life: How Human Health Depends on Biodiversity, published in 2008, confirmed the importance of genetic variety, describing groups of threatened
organisms crucial to agriculture and human medicine.
(Syn 2.0 was an intermediate stage in this process, the
first microbe with a genome smaller than that of M. genitalium, which with 525 genes has the fewest of any free -
living natural
organism.)
«We have now developed the
first model where we can observe the development of a stem cell into a mature blood cell in a
living organism.»
As Sergi Taboada explains, «the fact that we have found Osedax for the
first time ever in the Mediterranean proves that these
organisms can also
live in temperate latitudes in relatively shallow depths even though they are usually related with deeper waters.
They are the
first known
organisms to derive energy by photosynthesis while
living in an environment naturally devoid of sunlight.
Simpler kinds of
living organisms came
first, and it took hundreds of millions of years of evolution on Earth to progress from single - celled
life forms to complex
organisms like ourselves.
Instead of approaching the origins - of -
life puzzle from a chemistry perspective, Ranjan looked at it from a planetary perspective, attempting to identify the actual conditions that might have existed on early Earth, around the time the
first organisms appeared.
But somewhere amid this chaotic period, the chemistry of the Earth turned in
life's favor, giving rise, however improbably, to the planet's very
first organisms.
This is not the
first gene found to affect an
organism's
life - span.
With the help of colleagues, he then came up with the
first list of cave biodiversity hot spots — those with at least 20
organisms specialized for subterranean
life, according to the criteria they settled on.
Brachiopods are one of the
first known examples of animal biomineralisation — a process whereby
living organisms stiffen or harden tissues with minerals.
«
First aid kit in some
living organisms helps fix DNA after lengthy sun exposure: New study unveils the binding mechanisms of enzymes capable of repairing DNA damaged by UV light before any risk of cellular malfunction sets in.»
Many researchers worry that acidification will make
life harder for some shell - building marine
organisms such as clams, crabs, and shrimp; more - acidic water could corrode the creatures» shells, or make it harder to build them in the
first place.
This is the
first study to use genetic analysis to pinpoint the source of a raft carrying
live organisms, says Kenneth Sytsma, a botanist at the University of Wisconsin, Madison.
The quarrel is juicy enough in itself, but it also carries major scientific importance: The discoveries provide contrasting insights into the identity of Earth's
first organisms, as well as what
life might look like beyond our planet.
The
first animals evolved from their single - celled ancestors around 800 million years ago, but new evidence suggests that this leap to multi-celled
organisms in the tree of
life may not have been quite as dramatic as scientists once assumed.
But the lion's share of the advantage comes from the fact that the conscious mind infuses the exploration of the world outside the brain with a concern for the
first and foremost problem facing the
organism: the successful regulation of
life.
«We were then able to show in studies on mice that the same process occurs in
living organisms,» says Boris Strilic,
first author of the study.
Earth's
first few miles of bedrock teem with
life, but scientists had long assumed that only simple, single - celled
organisms could survive there.
The work is the
first time that a large - scale functional genomic approach has been used to systematically examine how bacteria can gain capabilities that improve their ability to colonize
living organisms, in this case mice.