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It is directly related to the term "organization". There is a long tradition of defining organisms as self-organizing beings, going back at least to Immanuel Kant 's Critique of Judgment. Dictionary definitions can be broad, using phrases such as "any living structure, such as a plant, animal, fungus or bacterium, capable of growth and reproduction".

Non-cellular life Viruses are not typically considered to be organisms because they are incapable of autonomous reproduction , growth or metabolism. This controversy is problematic because some cellular organisms are also incapable of independent survival but are capable of independent metabolism and procreation and live as obligatory intracellular parasites. Although viruses have a few enzymes and molecules characteristic of living organisms, they have no metabolism of their own; they cannot synthesize and organize the organic compounds from which they are formed.

Naturally, this rules out autonomous reproduction: In this sense, they are similar to inanimate matter. While viruses sustain no independent metabolism, and thus are usually not classified as organisms, they do have their own genes , and they do evolve by mechanisms similar to the evolutionary mechanisms of organisms.

The most common argument in support of viruses as living organisms is their ability to undergo evolution and replicate through self-assembly. Some scientists argue that viruses neither evolve, nor self- reproduce. In fact, viruses are evolved by their host cells, meaning that there was co-evolution of viruses and host cells. If host cells did not exist, viral evolution would be impossible.

This is not true for cells. If viruses did not exist, the direction of cellular evolution could be different, but cells would nevertheless be able to evolve.

As for the reproduction, viruses totally rely on hosts' machinery to replicate. The presence of these genes suggested that viruses were once able to metabolize. However, it was found later that the genes coding for energy and protein metabolism have a cellular origin.

Most likely, these genes were acquired through horizontal gene transfer from viral hosts. The same laws that govern non-living chemistry govern the chemical processes of life. It is generally the phenomena of entire organisms that determine their fitness to an environment and therefore the survivability of their DNA -based genes. Organisms clearly owe their origin, metabolism, and many other internal functions to chemical phenomena, especially the chemistry of large organic molecules. Organisms are complex systems of chemical compounds that, through interaction and environment, play a wide variety of roles.

Organisms are semi-closed chemical systems. Although they are individual units of life as the definition requires , they are not closed to the environment around them.

To operate they constantly take in and release energy. Autotrophs produce usable energy in the form of organic compounds using light from the sun or inorganic compounds while heterotrophs take in organic compounds from the environment. The primary chemical element in these compounds is carbon. The chemical properties of this element such as its great affinity for bonding with other small atoms, including other carbon atoms, and its small size making it capable of forming multiple bonds, make it ideal as the basis of organic life.

It is able to form small three-atom compounds such as carbon dioxide , as well as large chains of many thousands of atoms that can store data nucleic acids , hold cells together, and transmit information protein.

Macromolecules[ edit ] Compounds that make up organisms may be divided into macromolecules and other, smaller molecules. The four groups of macromolecule are nucleic acids , proteins , carbohydrates and lipids.

Nucleic acids specifically deoxyribonucleic acid, or DNA store genetic data as a sequence of nucleotides. The particular sequence of the four different types of nucleotides adenine , cytosine , guanine , and thymine dictate many characteristics that constitute the organism.

The sequence is divided up into codons , each of which is a particular sequence of three nucleotides and corresponds to a particular amino acid. Thus a sequence of DNA codes for a particular protein that, due to the chemical properties of the amino acids it is made from, folds in a particular manner and so performs a particular function. These protein functions have been recognized: Enzymes , which catalyze all of the reactions of metabolism Structural proteins, such as tubulin , or collagen Regulatory proteins, such as transcription factors or cyclins that regulate the cell cycle Signaling molecules or their receptors such as some hormones and their receptors Defensive proteins, which can include everything from antibodies of the immune system , to toxins e.

Due to the selective permeability of the phospholipid membrane only specific compounds can pass through it. In some multicellular organisms they serve as a storage of energy and mediate communication between cells.

Carbohydrates are more easily broken down than lipids and yield more energy to compare to lipids and proteins. In fact, carbohydrates are the number one source of energy for all living organisms. Structure[ edit ] All organisms consist of structural units called cells ; some contain a single cell unicellular and others contain many units multicellular.

Multicellular organisms are able to specialize cells to perform specific functions. A group of such cells is a tissue , and in animals these occur as four basic types, namely epithelium , nervous tissue , muscle tissue , and connective tissue. Several types of tissue work together in the form of an organ to produce a particular function such as the pumping of the blood by the heart , or as a barrier to the environment as the skin.

This pattern continues to a higher level with several organs functioning as an organ system such as the reproductive system , and digestive system. Many multicellular organisms consist of several organ systems, which coordinate to allow for life. Cell[ edit ] The cell theory , first developed in by Schleiden and Schwann , states that all organisms are composed of one or more cells; all cells come from preexisting cells; and cells contain the hereditary information necessary for regulating cell functions and for transmitting information to the next generation of cells.

There are two types of cells, eukaryotic and prokaryotic. Prokaryotic cells are usually singletons, while eukaryotic cells are usually found in multicellular organisms. Prokaryotic cells lack a nuclear membrane so DNA is unbound within the cell; eukaryotic cells have nuclear membranes. All cells, whether prokaryotic or eukaryotic, have a membrane , which envelops the cell, separates its interior from its environment, regulates what moves in and out, and maintains the electric potential of the cell.

Inside the membrane, a salty cytoplasm takes up most of the cell volume. All cells possess DNA, the hereditary material of genes , and RNA , containing the information necessary to build various proteins such as enzymes , the cell's primary machinery. There are also other kinds of biomolecules in cells. All cells share several similar characteristics of: Metabolism, including taking in raw materials, building cell components, converting energy, molecules and releasing by-products.

The functioning of a cell depends upon its ability to extract and use chemical energy stored in organic molecules. This energy is derived from metabolic pathways. Response to external and internal stimuli such as changes in temperature, pH or nutrient levels.

Cell contents are contained within a cell surface membrane that contains proteins and a lipid bilayer. Origin of life , Earliest known life forms , and Common descent Last universal common ancestor[ edit ] Precambrian stromatolites in the Siyeh Formation, Glacier National Park. In , a paper in the scientific journal Nature suggested that these 3. This suggests they are evidence of one of the earliest known life forms on Earth.

Timeline of the evolutionary history of life The last universal common ancestor LUCA is the most recent organism from which all organisms now living on Earth descend. The LUCA is estimated to have lived some 3.

These sciences provide information about the history of the Earth and the changes produced by life. However, a great deal of information about the early Earth has been destroyed by geological processes over the course of time.

All organisms are descended from a common ancestor or ancestral gene pool. Evidence for common descent may be found in traits shared between all living organisms.

In Darwin's day, the evidence of shared traits was based solely on visible observation of morphologic similarities, such as the fact that all birds have wings, even those that do not fly. There is strong evidence from genetics that all organisms have a common ancestor. For example, every living cell makes use of nucleic acids as its genetic material, and uses the same twenty amino acids as the building blocks for proteins.

All organisms use the same genetic code with some extremely rare and minor deviations to translate nucleic acid sequences into proteins. The universality of these traits strongly suggests common ancestry, because the selection of many of these traits seems arbitrary.

Horizontal gene transfer makes it more difficult to study the last universal ancestor. For branching of Bacteria phyla, see Bacterial phyla. The most commonly accepted location of the root of the tree of life is between a monophyletic domain Bacteria and a clade formed by Archaea and Eukaryota of what is referred to as the "traditional tree of life" based on several molecular studies.

Martin , by genetically analyzing 6. Its cofactors reveal dependence upon transition metals , flavins , S-adenosyl methionine , coenzyme A , ferredoxin , molybdopterin , corrins and selenium. Its genetic code required nucleoside modifications and S-adenosylmethionine-dependent methylations. Reproduction Sexual reproduction is widespread among current eukaryotes, and was likely present in the last common ancestor. Natural bacterial transformation is considered to be a primitive sexual process and occurs in both bacteria and archaea, although it has been studied mainly in bacteria.

Transformation is clearly a bacterial adaptation and not an accidental occurrence, because it depends on numerous gene products that specifically interact with each other to enter a state of natural competence to perform this complex process. Horizontal gene transfer The ancestry of living organisms has traditionally been reconstructed from morphology, but is increasingly supplemented with phylogenetics—the reconstruction of phylogenies by the comparison of genetic DNA sequence.

Sequence comparisons suggest recent horizontal transfer of many genes among diverse species including across the boundaries of phylogenetic "domains". Thus determining the phylogenetic history of a species can not be done conclusively by determining evolutionary trees for single genes. Cloning is the process of creating a new multicellular organism, genetically identical to another, with the potential of creating entirely new species of organisms.

Cloning is the subject of much ethical debate. In , the J. Craig Venter Institute assembled a synthetic bacterial genome , Mycoplasma genitalium , by using recombination in yeast of 25 overlapping DNA fragments in a single step. The use of yeast recombination greatly simplifies the assembly of large DNA molecules from both synthetic and natural fragments.

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Living room fat group sex

It is directly related to the term "organization". There is a long tradition of defining organisms as self-organizing beings, going back at least to Immanuel Kant 's Critique of Judgment. Dictionary definitions can be broad, using phrases such as "any living structure, such as a plant, animal, fungus or bacterium, capable of growth and reproduction".

Non-cellular life Viruses are not typically considered to be organisms because they are incapable of autonomous reproduction , growth or metabolism. This controversy is problematic because some cellular organisms are also incapable of independent survival but are capable of independent metabolism and procreation and live as obligatory intracellular parasites.

Although viruses have a few enzymes and molecules characteristic of living organisms, they have no metabolism of their own; they cannot synthesize and organize the organic compounds from which they are formed. Naturally, this rules out autonomous reproduction: In this sense, they are similar to inanimate matter. While viruses sustain no independent metabolism, and thus are usually not classified as organisms, they do have their own genes , and they do evolve by mechanisms similar to the evolutionary mechanisms of organisms.

The most common argument in support of viruses as living organisms is their ability to undergo evolution and replicate through self-assembly. Some scientists argue that viruses neither evolve, nor self- reproduce. In fact, viruses are evolved by their host cells, meaning that there was co-evolution of viruses and host cells.

If host cells did not exist, viral evolution would be impossible. This is not true for cells. If viruses did not exist, the direction of cellular evolution could be different, but cells would nevertheless be able to evolve. As for the reproduction, viruses totally rely on hosts' machinery to replicate. The presence of these genes suggested that viruses were once able to metabolize. However, it was found later that the genes coding for energy and protein metabolism have a cellular origin.

Most likely, these genes were acquired through horizontal gene transfer from viral hosts. The same laws that govern non-living chemistry govern the chemical processes of life. It is generally the phenomena of entire organisms that determine their fitness to an environment and therefore the survivability of their DNA -based genes. Organisms clearly owe their origin, metabolism, and many other internal functions to chemical phenomena, especially the chemistry of large organic molecules.

Organisms are complex systems of chemical compounds that, through interaction and environment, play a wide variety of roles. Organisms are semi-closed chemical systems. Although they are individual units of life as the definition requires , they are not closed to the environment around them. To operate they constantly take in and release energy. Autotrophs produce usable energy in the form of organic compounds using light from the sun or inorganic compounds while heterotrophs take in organic compounds from the environment.

The primary chemical element in these compounds is carbon. The chemical properties of this element such as its great affinity for bonding with other small atoms, including other carbon atoms, and its small size making it capable of forming multiple bonds, make it ideal as the basis of organic life.

It is able to form small three-atom compounds such as carbon dioxide , as well as large chains of many thousands of atoms that can store data nucleic acids , hold cells together, and transmit information protein. Macromolecules[ edit ] Compounds that make up organisms may be divided into macromolecules and other, smaller molecules. The four groups of macromolecule are nucleic acids , proteins , carbohydrates and lipids.

Nucleic acids specifically deoxyribonucleic acid, or DNA store genetic data as a sequence of nucleotides. The particular sequence of the four different types of nucleotides adenine , cytosine , guanine , and thymine dictate many characteristics that constitute the organism.

The sequence is divided up into codons , each of which is a particular sequence of three nucleotides and corresponds to a particular amino acid.

Thus a sequence of DNA codes for a particular protein that, due to the chemical properties of the amino acids it is made from, folds in a particular manner and so performs a particular function. These protein functions have been recognized: Enzymes , which catalyze all of the reactions of metabolism Structural proteins, such as tubulin , or collagen Regulatory proteins, such as transcription factors or cyclins that regulate the cell cycle Signaling molecules or their receptors such as some hormones and their receptors Defensive proteins, which can include everything from antibodies of the immune system , to toxins e.

Due to the selective permeability of the phospholipid membrane only specific compounds can pass through it. In some multicellular organisms they serve as a storage of energy and mediate communication between cells. Carbohydrates are more easily broken down than lipids and yield more energy to compare to lipids and proteins. In fact, carbohydrates are the number one source of energy for all living organisms. Structure[ edit ] All organisms consist of structural units called cells ; some contain a single cell unicellular and others contain many units multicellular.

Multicellular organisms are able to specialize cells to perform specific functions. A group of such cells is a tissue , and in animals these occur as four basic types, namely epithelium , nervous tissue , muscle tissue , and connective tissue. Several types of tissue work together in the form of an organ to produce a particular function such as the pumping of the blood by the heart , or as a barrier to the environment as the skin.

This pattern continues to a higher level with several organs functioning as an organ system such as the reproductive system , and digestive system.

Many multicellular organisms consist of several organ systems, which coordinate to allow for life. Cell[ edit ] The cell theory , first developed in by Schleiden and Schwann , states that all organisms are composed of one or more cells; all cells come from preexisting cells; and cells contain the hereditary information necessary for regulating cell functions and for transmitting information to the next generation of cells.

There are two types of cells, eukaryotic and prokaryotic. Prokaryotic cells are usually singletons, while eukaryotic cells are usually found in multicellular organisms. Prokaryotic cells lack a nuclear membrane so DNA is unbound within the cell; eukaryotic cells have nuclear membranes. All cells, whether prokaryotic or eukaryotic, have a membrane , which envelops the cell, separates its interior from its environment, regulates what moves in and out, and maintains the electric potential of the cell.

Inside the membrane, a salty cytoplasm takes up most of the cell volume. All cells possess DNA, the hereditary material of genes , and RNA , containing the information necessary to build various proteins such as enzymes , the cell's primary machinery.

There are also other kinds of biomolecules in cells. All cells share several similar characteristics of: Metabolism, including taking in raw materials, building cell components, converting energy, molecules and releasing by-products.

The functioning of a cell depends upon its ability to extract and use chemical energy stored in organic molecules. This energy is derived from metabolic pathways.

Response to external and internal stimuli such as changes in temperature, pH or nutrient levels. Cell contents are contained within a cell surface membrane that contains proteins and a lipid bilayer. Origin of life , Earliest known life forms , and Common descent Last universal common ancestor[ edit ] Precambrian stromatolites in the Siyeh Formation, Glacier National Park.

In , a paper in the scientific journal Nature suggested that these 3. This suggests they are evidence of one of the earliest known life forms on Earth. Timeline of the evolutionary history of life The last universal common ancestor LUCA is the most recent organism from which all organisms now living on Earth descend.

The LUCA is estimated to have lived some 3. These sciences provide information about the history of the Earth and the changes produced by life. However, a great deal of information about the early Earth has been destroyed by geological processes over the course of time. All organisms are descended from a common ancestor or ancestral gene pool. Evidence for common descent may be found in traits shared between all living organisms.

In Darwin's day, the evidence of shared traits was based solely on visible observation of morphologic similarities, such as the fact that all birds have wings, even those that do not fly. There is strong evidence from genetics that all organisms have a common ancestor. For example, every living cell makes use of nucleic acids as its genetic material, and uses the same twenty amino acids as the building blocks for proteins.

All organisms use the same genetic code with some extremely rare and minor deviations to translate nucleic acid sequences into proteins. The universality of these traits strongly suggests common ancestry, because the selection of many of these traits seems arbitrary.

Horizontal gene transfer makes it more difficult to study the last universal ancestor. For branching of Bacteria phyla, see Bacterial phyla. The most commonly accepted location of the root of the tree of life is between a monophyletic domain Bacteria and a clade formed by Archaea and Eukaryota of what is referred to as the "traditional tree of life" based on several molecular studies.

Martin , by genetically analyzing 6. Its cofactors reveal dependence upon transition metals , flavins , S-adenosyl methionine , coenzyme A , ferredoxin , molybdopterin , corrins and selenium.

Its genetic code required nucleoside modifications and S-adenosylmethionine-dependent methylations. Reproduction Sexual reproduction is widespread among current eukaryotes, and was likely present in the last common ancestor.

Natural bacterial transformation is considered to be a primitive sexual process and occurs in both bacteria and archaea, although it has been studied mainly in bacteria. Transformation is clearly a bacterial adaptation and not an accidental occurrence, because it depends on numerous gene products that specifically interact with each other to enter a state of natural competence to perform this complex process. Horizontal gene transfer The ancestry of living organisms has traditionally been reconstructed from morphology, but is increasingly supplemented with phylogenetics—the reconstruction of phylogenies by the comparison of genetic DNA sequence.

Sequence comparisons suggest recent horizontal transfer of many genes among diverse species including across the boundaries of phylogenetic "domains". Thus determining the phylogenetic history of a species can not be done conclusively by determining evolutionary trees for single genes. Cloning is the process of creating a new multicellular organism, genetically identical to another, with the potential of creating entirely new species of organisms.

Cloning is the subject of much ethical debate. In , the J. Craig Venter Institute assembled a synthetic bacterial genome , Mycoplasma genitalium , by using recombination in yeast of 25 overlapping DNA fragments in a single step.

The use of yeast recombination greatly simplifies the assembly of large DNA molecules from both synthetic and natural fragments.

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3 Comments

  1. One of the things I noticed as the years went on was that Gerry was like me. I was just yankin' his chain.

  2. I'd known him, man and boy for most of my life, but this was the first time he and I had ever really had a conversation. You don't need to rehearse. I've always been a small time girl with small time dreams.

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