Where is each type of molecule made, stored, and/or used in a cell?
150107
proteins are made in the ribosomes where mRNA is translated with tRNA to form a polypeptide. DNA is made in the nucleus. Nutrients taken in from outside teh body are stored in the golgi apparatus. \n\nCarbohydrates from the golgi apparatus is converted into ATP for energy in the walls of the mitochondria and parts of the cell membrane. \n\nThe rest is stored in the Endoplasmic reticulum\n\nLipids are taken from outside the body and also stored in the endoplasmic reticulum and golgi apparatus where salt emulsifies it.
151434
Biopolymers are just naturally occuring polymers.  A polymer is any molecule where small units link together to make a chain of subunits.  Examples in industry are plastics, but in biology, polymers are seen in peptide chains (used for builiding proteins), DNA (which controls the form and function of an organism by encoded the information that is needed to assemple petide chains to make proteins), charbohydrates (chains of sugars that can serve to store energy or serve structural purposes, like glycoprotein recognition molecules that are on the outsides of cells), and lipids (fatty acid chains that also store energy or serve to make structures, like cell membranes).\n\nAdditionally, proteins of a similar type like actin can polymerize, to create a super-protein that have important functions in cell structure and motility.\n\nThe components of these are nucleotides for DNA, amino acids for peptide chains/proteins, sugars for carbohydrates, and CH2 units for lipids (so-called saturated fats are chains of carbon atoms with two hydrogens bonded to each carbon atom).
927665
atom, molecule, cell, tissue, organ, organ system, and organism\n\nThe rest is a grand surprise that only the elite few can figure out.\n\nDon't hurt yourself with the pages of your Bio book.
381556
Life proceeds on chemistry.  Consumption of carbon proteins (or photosynthesis in plants) leading to the production of ATP (adenosine triphosphate).  ATP, being the energy storage and transfer molecule in just about all living cells is truly the stuff of life.
7102
proteins\ncarbohydrates\nfats\nnucleic acids like dna and rna\nare the major biomolecules.
27974
Each cell in the human body contains thousands of different proteins, the most abundant and diverse class of biomolecules. Proteins are, in fact, present in the cells of all living organisms, though each different species contains a slight to major variation in the number and type of the biomolecules so that there are literally millions of different proteins that exist in the biological world. Proteins play a major role both in cellular structure and function, some being involved in such activities as transport, catalysis, storage, contraction, and protection, while others form critical parts of the cytoskeleton. The types of protein differ from cell to cell, but all have the same basic structure with respect to the constituent amino acids that make up the backbone. Most proteins are biological macromolecules that range in molecular weight from about 6,000 to several million Daltons. They are all polymers that are composed of covalently linked amino acids. The number, chemical nature, and sequential order of amino acids in a protein chain determine the distinctive structure and characteristic chemical behavior of each protein.\n\nAs for order of quantities:\n ~25% of the proteins found in the body are classified as collagens. Followed by keratins, the muscle proteins actin and myosin then hemoglobin.
1039705
The cell is still made up of many atoms, thats the only irrefutable link there. And the atom is not the elementary essential of matter, if by elementary essential you are referring to the smallest constituent of a matter. Atom is made of of sub-particles: protons, electrons, neutrons, quarks... And these are further made up of smaller sub-particles (our knowledge are always limited). Proton and nuetron have masses and volumes. Doesnt that mean they are matter too?
952829
In all molecules, there is a type of chemical energy called "enthalpy", it is the energy stored in bonds.  Think of it this way, all particles want to be free and in motion, in complete disorder, thats the "entropic" nature of the universe.  So, it takes energy to make particles stick together (forming compounds and molecules).  This energy is stored in bonds, and when the bonds are broken, the energy is released.  Our cells have the ability to break these bonds, and utilize this energy.\n\nThink of it this way, glucose is C6H12O6.  Our cells can break down all of the bonds in glucose until we form a few CO2 and water molecules.  Thats how we get our energy.
1146971
Cells  store energy in the hooking of that third phosphate changing Adenosene-DiPhosphate to Adenosyne-TriPhosphate.\n\nThat terminal bond is the high energy one. Breaking it is what releases the spendable energy needed for protein synthesis. A good place to spend your money if you are a cell.\n\nThe terminal phosphate group is usually not just sloughed off but may be attached to other molecules in the cell.\n\nW + ATP -----> W~P + ADP where W is any compound, for example:\n\nglucose + ATP -----> glucose~P + ADP\n\nThis process is called phosphorylation.
1066004
You'll have to be more specific as to which chemicals you want to know about.  The building blocks of Genes are Organic Structures / chemicals as are the individual nucleic acids and nitrogenous bases.     \n\nPlease see my sources for more information.
890303
Yup, Ribosomes. Ribosome is an organelle in cells that assembles proteins. Ribosomes are composed of ribosomal RNA and ribosomal proteins . It translates messenger RNA (mRNA) into a polypeptide chain It can be thought of as a factory that builds a protein from a set of genetic instructions. Ribosomes can float freely in the cytoplasm  or bind to the endoplasmic reticulum, or to the nuclear envelope.
1163963
Do you mean the molecular composition or macroscopic composition? There would be too much to post here so I suggest you visit the following\n\nhttp://users.rcn.com/jkimball.ma.ultranet/BiologyPages/B/Blood.html#formation
114412
a molecule of DNA is made of a double helix of nucleotides.  Inside the cells this double helix is untwisted and spread apart by different enzymes and "read"  These nucleotides that make up the double helix is uncoded in sets of threes to code for different amino acids.  When the amino acids come together they make up different proteins.  So short story short, information is stored in a molecule of DNA by a code of nucleotides.
472444
Listen carefully and ignor anyone who tells you diffrently. All the informaton needed for every protien in the body is stored as DNA. When a particular protien is needed, the streatch of DNA that codes for it is copied into RNA. THis piece of RNA is called a transcript. \n\nThe transcript is usually proccessed in the cell before being sent to the ribosom. There the ribosom reads the nucleic acids in groups of three. So no one nucleic acid makes a protien, but three nucleic acids determine one amino acid. A string of amino acids makes up a protien.
904760
the list of activities is endless:\n\nDNA replication, mitosis, protein synthesis, lipid synthesis, protein and lipid metabolism, oxidative phosphorylation, cholesterol synthesis, and on and on and on the list goes . . . . of course it all depends on the type of cell.
810035
There are two classes of molecules that make up the cell membrane. These are  lipids and proteins.\nLipids constitute the two layers called bilyer. A lipid has two ends. One is called head and the other tail.The former is hydrophilic and the latter is hydrophobic.The lipid molecules are arrayed in such a manner that the tails face each other while the heads are away.The heads are in contact with cytoplasm on the one hand and exterior on the other.The the heads interact electrostatically with proteins. Some proteins are buried in the bilayer, and some even project beyond the bilayer on both the surfaces. Carbohydrates are over-layered, that is, on the outer side of this complex. Some lipids are phophorylated. Cholesterol is also present in some quantity in the membrane.
797715
if ur talking about cells... i think it is organelles...not sure