WARNING:
JavaScript is turned OFF. None of the links on this concept map will
work until it is reactivated.
If you need help turning JavaScript On, click here.
This Concept Map, created with IHMC CmapTools, has information related to: Med Chem Functional Groups, adjacent double bonds or lone pairs which allows +/- charge to be equally shared (stabilization), electron donating groups (EDG are adjacent to aromatic ring or double bonds groups w/ negative charges or lone pairs are MOST ED > hydroxyl > amine > thiol > methoxy (ether) > alkyl groups, Organic Compounds are comprised of Hydrogen, polarity two types non-polar, Intrinsic Induction depends on atom/functional group's overall electronegativity, polar creates dipole-dipole interactions, polarity two types polar, groups w/ negative charges or lone pairs are MOST ED > hydroxyl > amine > thiol > methoxy (ether) > alkyl groups involved in forming hydrogen bonds, decreasing, electronics results in 2 types of effects Intrinsic Induction, Functional groups which affects solubility, Functional groups which affects electronics, ???? acidity of functional groups, Intrinsic Induction positive induction caused by electron donating groups (EDG, Organic Compounds may contain Functional groups, atom/functional group's overall electronegativity Common atoms ranked on electro. value F > O > Cl > N > Br > I > S > C > H > P, electron withdrawing groups (EWG) groups w/ permanent positive charge is MOST EW > triflouro methyl > carbonyl > then halogens makes electrons less available for hydrogen bonding (protonation), increasing, are non-adjacent to aromatic or double bonds becoming ???? electron withdrawing groups (EWG), a larger electronegative atom or funct. group will result in having greater ability to attract electrons, F > O > Cl > N > Br > I > S > C > H > P for example a larger electronegative atom or funct. group, Organic Compounds are comprised of Carbon