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DEFINITION


The unit cell is the anatomical, functional and genetics of living beings.
The cell is a structure consisting of three basic elements: membrane, cytoplasm and genetic material (DNA).

has the ability to perform three vital functions: nutrition and reproduction ratio

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prokaryotic and eukaryotic cells

is called eukaryotic cells that have genetic information wrapped in a membrane that form the so-called core.
A body formed by cells called eukaryotes eukaryote.

Many unicellular genetic information have dispersed their cytoplasm, no nucleus.
In this type of cells are given the name of prokaryotes.

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Diagram of a cell membrane
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SCHEME OF A PLANT CELL
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SCHEME OF ANIMAL CELL
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EL cytoplasm

The cytoplasm is the cellular space between the plasma membrane and nuclear envelope. It consists of the cytosol, the cytoskeleton and organelles cell.
The cytosol (also called hyaloplasm) is the internal environment of the cytoplasm. It floats the cytoskeleton and ribosomes.
It consists of a 85% water with a high content of substances dispersed in the colloidal form (proteins, lipids, carbohydrates, nucleic acids and nucleotides and dissolved salts. Its functions include the performance, thanks to the ribosomes and protein synthesis, and amino acids dissolved in the cytosol. These proteins remain in the cytosol (enzymes, energy storage proteins or proteins that form the cytoskeleton). It produces an enormous amount of important metabolic reactions: glycolysis, gluconeogenesis, lactic fermentation, etc..
The cytoskeleton appears in all eukaryotic cells.
The chemical composition is a network of protein fibers (microfilaments, intermediate filaments and microtubules).
Its functions are to maintain cell shape, form pseudopodia, contracting muscle fibers, transporting and organizing cellular organelles.

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(1). Nucleolus.
(2). Nucleo cell.
(3). Ribosome.
(4). Vesicles.
. (5) rough endoplasmic reticulum.
. (6) Golgi apparatus.
(7). Microtubules.
. (8) smooth endoplasmic reticulum.
(9). Mitochondrion.
(10). Vacuole.
(11). Cytoplasm.
(12). Lysosome. PBHs

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OUTLINE OF A CELL

(1) Nucleus.
(2) Nuclear pore
(3) Rough endoplasmic reticulum (RER)
(4) Smooth endoplasmic reticulum (SER)
(5) Ribosome on the RER.
(6) Proteins that are transported.
(7) Gall conveyor.
(8) Golgi apparatus (GA).
(9) cistern AG.
(10) transmembrane AG.
(11) Cistern AG.
(12) secretory vesicle.
(13) plasma membrane.
(14) secreted protein.
(15) cytoplasm.
(16) extracellular space. PBHs

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endoplasmic reticulum: The endoplasmtico reticle is a membrane system whose structure consists of a network of muscles flattened cisterns, globose or Gallbladder Flush muscles yt sinuous tubules that extend throughout the cytoplasm and communicate with the outer nuclear membrane. Inside those bags flat is a space called lumens storing substances. There are two types of reticle endoplasmtico: rough ER (with ribosomes attached) and smooth ER (Free of ribosome-associated).
Its primary function is the synthesis of proteins, the synthesis of constituents of membrane lipids and participation in processes of clula detoxificacin. PBHs

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Ribosomes: Ribosomes are globular structures, devoid of membrane. Chemically consist of several proteins associated with ribosomal RNA from the nucleolus. May be free in the cytoplasm or attached to the membranes of the endoplasmic reticulum. Some proteins (riboforinas) serve as a link between the two structures. Its structure is
simple: two subunits (greater or a smaller one) with different sedimentation coefficient.
Its function is solely to be the organelle reader messenger RNA, with orders to assemble the amino acids that form the protein. Proteins are organelles synthesizers. PBHs

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MITOCHONDRIA: Mitochondria are the organelles responsible for providing most of the energy needed for cell activity, thus acting as power plants of the cell and to synthesize ATP expense of metabolic fuels (glucose, fatty acids and amino acids).
1. Inner membrane.
2. Outer membrane.
3. Cresta.
4. Matrix. PBHs

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Lysosomes are vesicles from the Golgi apparatus which contain digestive enzymes such as acid hydrolases. PBHs

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The Golgi apparatus consists of flattened membrane bound bags. Functions as a packaging plant, modifying the rough endoplasmic reticulum vesicles. The new material, the membranes were formed in several Golgi cisternae. It is located in the cytoplasm of the cell. Among the functions who owns the golgi apparatus are protein glycosylation, sorting, destination (targeting), glycosylation of lipids and the synthesis of extracellular matrix polysaccharides

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vacuoles, vacuoles are cellular structures, which are abundant in plant cells contained in the cytoplasm, more or less spherical or ovoid, generated by the cell itself by creating a closed membrane that isolates a cell volume of the rest of the cytoplasm. Its content is fluid. Store nutrition products or waste, and may contain lysosomal enzymes.
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CORE, itself surrounded by a membrane called the nuclear membrane is the central part of the cell, which contains the deoxyribonucleic acid (DNA or DNA in English), which are
encoded genes (1) nuclear membrane -
(2) Ribosomes -
(3) Nuclear Pores -
(4) Nucleolus -
(5) Chromatin -
(6) Core -
(7) endoplasmic reticulum -
( 8) Nucleoplasm -
(9) The whole structure is surrounded by cytoplasm

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The core is a structure consisting by a double membrane, called the nuclear envelope that surrounds the DNA of the cells separated from the cytoplasm. The internal environment is called nucleoplasm and are submerged, more or less condensed DNA fibers called chromatin corpuscles composed of RNA known as nucleoli. PBHs

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The DNA molecule is a long double helix, resembling a spiral staircase. The links in this chain, which determines the genetic code of each individual, consisting of pairs of four types of molecules called bases (adenine, thymine, guanine and cytosine). Adenine pairs with thymine and guanine with cytosine. The genetic code is written in triplets, so that each group of three links of the chain codes for the production of one of the amino acids, which are the components that constitute the protein. PBHs

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CHROMOSOME: Each person has 23 pairs of chromosomes. One of these pairs determines the sex with which they are born, adopting the name of "sex chromosomes." Because of its shape identified female sex chromosomes (determine that the person is female) and XX, and the pair of male and XY chromosomes (determine that the person is male). PBHs