Define ozone layer and describe deflection of ozone layer
Answers
Ozone layer is found in stratosphere .This layer protects us from the harmful rays of the sun . Deflection of ozone layer that Chloroflurocar ( CFCS) and other halogented ozone depleting substance ( ODS ) are mainly responsible for man made chemical ozone depletion .
The total amount of chlorine and bromine in stratosphere can be calculated and known as equivalent effective stratosphere chlorine ( EESC ) .
I HOPE IT WILL HELP YOU ☺
@ RIYU
Explanation:
➡️ FSH ( follicular stimulating harmone ) :-
➡️ FSH ( follicular stimulating harmone ) :-being glycoprotein is insoluble in lipids, therefore, can't enter the target cells.
➡️ FSH ( follicular stimulating harmone ) :-being glycoprotein is insoluble in lipids, therefore, can't enter the target cells.It binds to the specific receptor molecules located on the surface of the cell membrane to form harmone - receptor complex.
➡️ FSH ( follicular stimulating harmone ) :-being glycoprotein is insoluble in lipids, therefore, can't enter the target cells.It binds to the specific receptor molecules located on the surface of the cell membrane to form harmone - receptor complex.This complex causes the release of an enzyme ADENYLATE CYCLASE from the receptor site.
➡️ FSH ( follicular stimulating harmone ) :-being glycoprotein is insoluble in lipids, therefore, can't enter the target cells.It binds to the specific receptor molecules located on the surface of the cell membrane to form harmone - receptor complex.This complex causes the release of an enzyme ADENYLATE CYCLASE from the receptor site.This enzyme forms the cell cyclic adenosine monophosphate ( cAMP ) from ATP .
➡️ FSH ( follicular stimulating harmone ) :-being glycoprotein is insoluble in lipids, therefore, can't enter the target cells.It binds to the specific receptor molecules located on the surface of the cell membrane to form harmone - receptor complex.This complex causes the release of an enzyme ADENYLATE CYCLASE from the receptor site.This enzyme forms the cell cyclic adenosine monophosphate ( cAMP ) from ATP .The cAMP activates the existing enzyme system of the cell.
➡️ FSH ( follicular stimulating harmone ) :-being glycoprotein is insoluble in lipids, therefore, can't enter the target cells.It binds to the specific receptor molecules located on the surface of the cell membrane to form harmone - receptor complex.This complex causes the release of an enzyme ADENYLATE CYCLASE from the receptor site.This enzyme forms the cell cyclic adenosine monophosphate ( cAMP ) from ATP .The cAMP activates the existing enzyme system of the cell.The harmone is called first messenger and the cAMP is termed the second messenger.
➡️ FSH ( follicular stimulating harmone ) :-being glycoprotein is insoluble in lipids, therefore, can't enter the target cells.It binds to the specific receptor molecules located on the surface of the cell membrane to form harmone - receptor complex.This complex causes the release of an enzyme ADENYLATE CYCLASE from the receptor site.This enzyme forms the cell cyclic adenosine monophosphate ( cAMP ) from ATP .The cAMP activates the existing enzyme system of the cell.The harmone is called first messenger and the cAMP is termed the second messenger.The harmone - receptor complex changes the permeability of the cell membrane to facilitate the passage of materials through it .
➡️ FSH ( follicular stimulating harmone ) :-being glycoprotein is insoluble in lipids, therefore, can't enter the target cells.It binds to the specific receptor molecules located on the surface of the cell membrane to form harmone - receptor complex.This complex causes the release of an enzyme ADENYLATE CYCLASE from the receptor site.This enzyme forms the cell cyclic adenosine monophosphate ( cAMP ) from ATP .The cAMP activates the existing enzyme system of the cell.The harmone is called first messenger and the cAMP is termed the second messenger.The harmone - receptor complex changes the permeability of the cell membrane to facilitate the passage of materials through it .This increases the activities of the cell as it receives the desired material.