A series of hydrophobic side chains will congregate together as a protein folds in an aqueous solution and be stabilized by Hydrogen Bonds.
lipid bilayer ------ Actually, this is not necessarily true. What 'clusters' form is going to depend on not only the concentration of the lipids in solution, but what the composition of the solution is as well. Generally, lipids in a water-solution (or a salt solution, or buffer, or whatever it may be) will first form micelles, ie. lipid monolayers where the tails all face inwards, to prevent their hydrophobic tails from being exposed to the aqueous environment. Depending on the conditions of the solution, they may form liposomes (ie. micelles that have a double layer rather than a monolayer), or sheets of phospholipid bilayers. The ends of the latter option, however, are energetically unfavorable. If your lipids are in an oil solution, then you are going to see the formation of inverse-micelles, where the tails face out towards the lipophilic (hydrophobic) environment, and the hydrophilic head groups are going to face inwards. ------
Because cells are bathed in an aqueous solution, and something hydrophobic provides a good barrier to allow cells to selectively decide what gets in and what goes out. Lipids are suitably hydrophobic for this purpose
the hydrophobic interactions that hold the membrane together are weakest at this point.
Amphipathic molecules are by definition those that contain both hydrophobic (water hating) and hydrophilic (water loving) regions. The area of the molecule that likes water tends to stay in the aqueous region whereas the region of the molecules that hates water tends to cluster with other hydrophobic regions. This untimately results in the hydrophobic regions packing together and forming a region that is impervious to water molecules. Such a structure is called a micelle
Lipids are not soluble in water. improved..>> macromolecules have smaller subunits eg. protein-amino acid, carboyhdrate monosacharide, nucleic acid-nucleotide. unlike all the above examples lipids subunits are fatty acids which do not form covalent bonds with one another, rather they 'aggregrate' together.
Congregate means to come together as a group.
congregate
sorry this one isn't great but it's disperse because congregate means bring together
congregate, convene
Many people eating together
"congregate."
Membranes self assemble as a result of the hydrophobic effect. This is the tendency of nonpolar substances to aggregate in aqueous solution and exclude water molecules. This can be shown by the hydrophobic tails coming together, and the hydrophilic heads facing the outside and inside of the cell.
There is no such thing as a hydrophobic bond, It is a hydrophobic force. These forces come about when two areas of 2 different molecules containing hydrophobic sections come close together. like in protein's the hydrophilic sections come together to form bonds and the hydrophobic sections come together and so are seen as bonds but in reality they are not bonding but are just brought together to keep the hydrophobic parts away from aqueous environment (see lipid bi layers as an example)
It is highly organic in nature. The long "fatty" tail of Carbon/Hydrogen is hydrophobic (doesn't like water). It will clump together in an aqueous solution like an oil rather than dissolve.
I do not believe that "congerate" means anything. You may be thinking of congregate (meaning gather together, as in a congregation).
lipid bilayer ------ Actually, this is not necessarily true. What 'clusters' form is going to depend on not only the concentration of the lipids in solution, but what the composition of the solution is as well. Generally, lipids in a water-solution (or a salt solution, or buffer, or whatever it may be) will first form micelles, ie. lipid monolayers where the tails all face inwards, to prevent their hydrophobic tails from being exposed to the aqueous environment. Depending on the conditions of the solution, they may form liposomes (ie. micelles that have a double layer rather than a monolayer), or sheets of phospholipid bilayers. The ends of the latter option, however, are energetically unfavorable. If your lipids are in an oil solution, then you are going to see the formation of inverse-micelles, where the tails face out towards the lipophilic (hydrophobic) environment, and the hydrophilic head groups are going to face inwards. ------
conform congregate conjunction connect consent construct contend convenient