DNA is the core component of chromosomes, and contains the genetic instructions
used by all living organisms and some viruses.
Not exact matches
The evidence is simply overwhelming and of various different types: the fossil record, the genetic code, experimental confirmations, structures in
living organisms which are of no current
use but once were, faulty «designs» that are explained
by «blind evolution» but that no sentient being would create, predictions that are tested based one the hypothesis it has occurred etc..
God has no
use for the material, and emotions are meant to benefit the
life of the physical
organism, either
by motivating it to act to benefit itself, or to manipulate the other party in the relationship.
Its discovery upended one of biology's core tenets: That all
life essentially depends on the energy of the sun, either
by using sunlight for photosynthesis or
by munching photosynthesizing
organisms.
They developed just
by using elements available to
living organisms, that means without any noble metals.
The finding may lead to a natural, environmentally friendly approach to reducing PCBs (polychlorinated biphenyls), which were banned for
use by the U.S. Congress in 1979 but still permeate U.S. soils, waterways, and
living organisms.
This process of activating oxygen molecules
by adding electrons is ubiquitous — all
living organisms use this trick, and modern fuel cells also work in this way.
Using the most comprehensive conservation data available for both marine and non-marine
organisms, research led
by Dr Thomas Webb, from the University's Department of Animal and Plant Sciences, has shown that 20 to 25 per cent of the well - known species
living in our seas are now threatened with extinction — the same figure as land
living plants and animals.
«This work answers a 50 - year mystery that has surrounded how sulfur — an element essential for
life on Earth — was
used and recycled
by living organisms,» he said.
But now a team led
by Andrew Rollins at Case Western Reserve University in Cleveland, Ohio, has
used a laser to control the pace of beats across an entire heart — albeit a tiny one — in a
living organism.
Parker agrees, adding that the strategic
use of ants
by other species is an underexplored area of biology: «This is evolution at its most extreme: the more we look, the more these creatures force us to modify our ideas of how
organisms make a
living.»
An alternative approach, most common for anti-infectives, is to
use compounds («phenotypic inhibitors») which have already been shown to be active against the target
organism in the
living pathogenic cell as chemical leads for improvement
by Medicinal Chemistry, towards systemically active Candidate Drugs.
I didn't groan at this idea unlike most other Star Wars fans — many of whom were outraged
by the perceived reduction of the Force from a grand, almost magical power to a function of biology — because I'm a biologist who studies bioenergetics: How
organisms convert various molecules (food) into chemical energy (adenosine triphosphate or ATP, a compound that enables energy transfer between cells) that can be
used to power
life.
We address these questions
by combining genetics with
live imaging, quantitative image analysis and biophysical approaches
using the fruit fly Drosophila melanogaster as a model
organism.
Heavily influenced
by biology, this original collection
uses abstract ideas of sculpture, traditional forms of jewelry and the human body to create pieces intended to function as separate
organisms living with their human hosts.
In the old geopolitical paradigm, Montes explains, «limited energy is competitively captured and consumed
by restricted number of
organisms, to detriment of the rest; energy is mostly
used inefficiently, improperly recycled, and released into environment as polluting waste; energy stocks decline and environment irremediably suffers;
living organisms increasingly suffer in a world of diminishing resources.»
However, it is too chemically reactive to remain a free element in Earth's atmosphere without being continuously replenished
by the photosynthetic action of
living organisms, which
use the energy of sunlight to produce elemental oxygen from water.
I'm sure some of it is absorbed
by living organisms, that may do all sorts of things with it; most mpost of the ocean waters don't have
living organsims everywhere to
use the sunlight for something.
In 1996, Japanese scientists discovered A. marina
living on the light left over
by Chl a
organisms and able to stretch into the far - red and near - infrared through the novel pigment Chl d instead of Chl a. Research at GISS has quantified the photon energy
use efficiency of A. marina in comparison to Chl a
organisms, and is now turned toward investigating its light regime in nature to ascertain its kinetics of light
use and competitive ecological niche.