Explain to students that they will be going into part of their local ecosystem to look at its biodiversity by observing as many different
types of organisms as they can find.
Not exact matches
In reality, the lifeform belongs to a separate class
of life known
as Archaea, a
type of single - celled
organism that typically thrives in harsh environments.
This
type of democracy is here referred to
as the democracy
of desire, since the image
of human nature upon which it is based is that
of an intelligent
organism striving single - mindedly to fulfill its desires.
And he does say that atoms and molecules are «
organisms»
of a higher
type than electrons (ibid) Furthermore, he refers to molecules
as enduring objects, and he speaks
of molecular
as well
as of electronic and protonic actual occasions (PR 114, 123, 124, 139, 141).
Thus, complexity in
types and relations between acts
of minding may have grown exponentially with the evolution
of «higher»
organisms as the imaginative element in the construction
of reality became more socially diffused; i.e.
as the construction
of reality became more participatory - negotiary in character.
In this regard, we described two
types of biologically - based teleologies: (i) an external teleology, where there is a deliberate and conscious setting
of goals, those that are generally found among human beings and possibly in higher animals; and (ii) an internal teleology, where there is no self - directed or conscious goal - seeking on the part
of living
organisms, such
as in the natural selection
of favorable traits among biologically adaptive species.
We generally assume that primitive
organisms are not sensitive to
as many different kinds
of stimuli
as higher
organisms are and that the sensory systems evolve to give
organisms access to more and more
types of stimuli.
As luck would have it, the bacteria were
of the harmless, acidifying
type and were not toxin - producing
organisms.
Certain kinds
of sedimentary rocks, called Burgess Shale -
type (BST) deposits, have the right characteristics to preserve soft - bodied
organisms as thin carbon films.
«Our results show that despite a wave
of massive and virtually instantaneous extinctions among the plankton, some
types of photosynthesising
organisms, such
as algae and bacteria, were living in the aftermath
of the asteroid strike.
That single cell contains all the genetic information needed to develop into a human, and passes identical copies
of that information to each new cell
as it divides into the many diverse
types of cells that make up a complex
organism like a human being.
Researchers had previously theorized that a certain
type of spiraling starlight could have locked in the chirality, or handedness,
of relatively large organic, carbon - based molecules such
as amino acids and sugars in living
organisms.
Scientists once thought that every
type of organism occupied a distinct branch on the tree
of life; new species evolved
as their genomes slowly mutated or recombined through sex.
«Our technique could potentially be applied to any genome
of any cell
type from any
organism as long
as genomic DNA can be extracted from it,» he added.
Clean energy policies decrease not only carbon pollution linked to climate change but also other
types of pollution that harm human health, such
as sulfur oxides, nitrogen oxides, and fine particles that can damage the airways
of humans and other
organisms.
They are the only ones capable
of generating any cell
type from the hundreds
of cell
types that make up an adult
organism, so they are the first step towards curing illnesses such
as Alzheimer, Parkinson's disease or diabetes.
But less is known about many other
organisms, such
as another
type of beetle that suddenly began assailing incense cedars during the drought or the weevil that started attacking young pines.
Researchers at Pacific Northwest National Laboratory and East China Normal University devised and tested a thin - about
as thin
as the skin
of a soap bubble - film composed
of a special
type of molecules called peptoids that can repair itself, similar to the self - repair seen in cells
of living
organisms.
As a synthetic biologist, she designs and creates new
types of organisms from genes.
We invite original innovative research on the rational engineering
of plant systems at all levels, including proteins, protein complexes, sensors, metabolic and signalling pathways, microcompartments such
as carboxysomes, subcellular compartments, cell
types or tissues,
as well
as the engineering
of novel plant hybrid species and the interactions
of plants with viruses, bacteria, and other
organisms.
The technical evaluation
of projects may require the provision
of additional data such
as information on the genetic modification
of your mutant mouse line if applicable (e.g. affected gene, MGI ID
of the gene,
type of mutation, ES - cell line used, genetic background (e.g. number
of backcross generations), safety level, description
of DNA modification, vector, remaining non-recipient DNA, donor
organism), mutant phenotype (s), special housing or care requirements, current sanitary status, and intellectual property rights (who generated the mouse line, owner
of the mouse line)
Larger
organisms, such
as some
types of crabs and fishes, are most likely opportunistic feeders living on other living or dead vent
organisms.
The aim is to use these
organisms to generate useful new products, such
as drugs, biofuels, and new
types of enzymes.
As you know, fiber is a
type of carbohydrate that the body can't break down into glucose, and both
types of fiber, soluble and insoluble, are beneficial for the
organism in many ways.
While there are many
types of free radicals that can be formed, the most common in aerobic (oxygen breathing)
organisms are oxygen free radicals, often referred to
as Reactive Oxygen Species (ROS), which include superoxides, hydroxyl anions, hydrogen peroxide and singlet oxygen.»
* Hybridization is a
type of genetic modification but it's not the same
as genetically modified
organisms (GMOs).
This test allows the veterinarian to identify the
type of organism causing the infection, such
as bacteria or yeast,
as well
as look for other abnormalities, such
as ear mites.
They're typically caused by one
of two yeast
organisms — Candida or Malassezia — and are often misdiagnosed
as other
types of issues because
of their similarities to other conditions, such
as allergies.
The
organism was identified
as Nocardia abscessus (formerly Nocardia asteroides
type 1) based on 16S ribosomal DNA sequencing
of samples extracted from cultures and unstained cytologic smears.
Acidifying the ocean is particularly detrimental to
organisms that secrete shell material made
of CaCO3, such
as coral reefs and a
type of phytoplankton called coccolithophorids [Kleypas et al., 1999].
Mold is a
type of fungus made up
of tiny microscopic
organisms that can grow practically anywhere, such
as on ceiling tiles, wallpaper, wood, paints, carpet, and insulation.