https://padlet.com/jsawai/f1pd86l1ooebdczm Made with charm en-us 2020-09-12 16:45:23 UTC 2020-09-12 18:29:41 UTC hello@padlet.com jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741086308 2020-09-12 16:49:05 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741086308 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741086950 2020-09-12 16:50:01 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741086950 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741087205 Proteins]]> 2020-09-12 16:50:25 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741087205 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741087286 Carbohydrates]]> 2020-09-12 16:50:33 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741087286 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741087434 2020-09-12 16:50:48 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741087434 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741088211 2020-09-12 16:51:58 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741088211 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741094944 Peptides can join together to make polypeptides which make up proteins which relates to how the R groups can join to the core and form different amino acids]]> 2020-09-12 17:01:55 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741094944 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741095703 Coded for by DNA]]> 2020-09-12 17:02:46 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741095703 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741096038 Building blocks of life: break down into amino acids that help the body grow and repair ]]> 2020-09-12 17:03:16 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741096038 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741096601 Nutrient sources for organisms that do not produce their own energy via photosynthesis and/or cannot fix nitrogen ]]> 2020-09-12 17:04:09 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741096601 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741097395 Glycoproteins and Glycolipids]]> 2020-09-12 17:05:14 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741097395 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741097951 Proteins and lipids with covalently attached carbohydrates]]> 2020-09-12 17:06:03 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741097951 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741098313 Proteins and glycosaminoglycans form proteoglycans]]> 2020-09-12 17:06:31 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741098313 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741098745 Oligosaccharides ]]> 2020-09-12 17:07:12 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741098745 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741099265 Smaller oligosaccharides are usually attached to the core protein near its site of attachment to hyaluronate; glycosidic linkage to the protein via the amide N of specific Asn residues known as N-linked oligosaccharides ]]> 2020-09-12 17:07:56 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741099265 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741100251 Help to determine protein structure: usually attached to proteins at sequences that form surface loops or turns ]]> 2020-09-12 17:09:15 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741100251 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741101727 Tend to project away from the protein surface as sugars are hydrophilic ]]> 2020-09-12 17:10:54 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741101727 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741102191 May limit the conformational freedom of their attached polypeptide chains]]> 2020-09-12 17:11:32 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741102191 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741102950 Monosaccharides ]]> 2020-09-12 17:12:44 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741102950 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741103304 Polysaccharides ]]> 2020-09-12 17:13:14 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741103304 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741104184 Monomer units for carbohydrates; can be joined to make a polymer by elimination of water]]> 2020-09-12 17:14:24 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741104184 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741105263 Provides:
Structure, conjugation onto lipids/proteins/glycosylation, DNA backbone, DNA capping, RNA

]]> 2020-09-12 17:15:45 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741105263 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741106360 Glycosidic Linkages: carbohydrate polymers are built using energy to form glycosidic linkages]]> 2020-09-12 17:17:25 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741106360 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741107333 Occurs b/w 2 different carbon atoms of different monosaccharides ]]> 2020-09-12 17:18:39 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741107333 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741107432 Hydrolysis of a glycosidic bond will result in 2 monosaccharides ]]> 2020-09-12 17:18:51 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741107432 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741108322 Possible and common branching if more than one hydroxyl group exists]]> 2020-09-12 17:20:07 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741108322 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741108776 Anomers: pair of stereoisomers that differ at anomeric carbon (carbonyl carbon chiral center) ]]> 2020-09-12 17:20:52 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741108776 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741109153 Epimers: sugars that differ only by the configuration around 1 carbon atom ]]> 2020-09-12 17:21:26 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741109153 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741110502 Endoglycosidases and exoclycosidases: enzyme that hydrolyzes monosaccharide units ]]> 2020-09-12 17:23:40 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741110502 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741110903 Monosaccharides linked together by glycosidic bonds]]> 2020-09-12 17:24:13 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741110903 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741111262 Homopolysaccharides: one type of monosaccharide ]]> 2020-09-12 17:24:52 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741111262 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741111437 Heteropolysaccharides: more than one type of monosaccharide]]> 2020-09-12 17:25:13 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741111437 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741112248 Amino Acids]]> 2020-09-12 17:26:32 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741112248 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741112434 Monomer units of protein that comprise peptides ]]> 2020-09-12 17:26:54 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741112434 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741112663 Amino acids polymerize by eliminating the elements of water ]]> 2020-09-12 17:27:18 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741112663 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741112893 Structure: AA structure dictates how R groups interact]]> 2020-09-12 17:27:40 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741112893 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741113402 Peptide bonds: AA are linked via a dehydration reaction b/w a carboxyl group of one AA and the amino group of another ]]> 2020-09-12 17:28:24 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741113402 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741114762 Movement ]]> 2020-09-12 17:30:15 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741114762 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741114965 Non Covalent Interactions]]> 2020-09-12 17:30:33 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741114965 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741115105 Stability]]> 2020-09-12 17:30:48 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741115105 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741115856 Carbohydrates: dictated by glycosidic bonds (alpha vs beta) ]]> 2020-09-12 17:32:09 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741115856 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741116193 Proteins]]> 2020-09-12 17:32:41 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741116193 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741116328 Peptide bonds]]> 2020-09-12 17:32:57 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741116328 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741116523 Side chains: steric hinderance, charge of the side chains ]]> 2020-09-12 17:33:17 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741116523 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741116957 Nucleic acids ]]> 2020-09-12 17:34:04 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741116957 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741117203 Torsional angles: psi, phi angles govern the 3D structure of the backbone ]]> 2020-09-12 17:34:29 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741117203 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741117532 Alpha and zeta angles cause 7 torsional angles of rotational freedom]]> 2020-09-12 17:35:05 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741117532 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741117794 Ribose pucker: rotation within the ribose is limited to accommodate phosphate repulsion and substituents of ribose atoms ]]> 2020-09-12 17:35:34 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741117794 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741119485 van der Waals interactions ]]> 2020-09-12 17:38:32 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741119485 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741119746 Hydrogen bonds]]> 2020-09-12 17:39:01 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741119746 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741119855 Hydrophobic/hydrophilic bonds]]> 2020-09-12 17:39:10 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741119855 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741120569 Packing of hydrophobic sugar faces results in van der Waals interactions ]]> 2020-09-12 17:40:32 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741120569 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741121132 Involves dipole-dipole attraction between a partially positive hydrogen atom and a highly electronegative, partially negative oxygen, nitrogen, sulfur, or fluorine atom ]]> 2020-09-12 17:41:31 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741121132 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741121764 Protein–carbohydrate interactions are typically characterized by hydrogen bonds ]]> 2020-09-12 17:42:20 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741121764 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741122356 Critical in maintaining the 3D conformation of large molecules ]]> 2020-09-12 17:43:11 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741122356 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741123894 Carbohydrates: glycosidic bonding]]> 2020-09-12 17:45:24 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741123894 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741124433 Proteins]]> 2020-09-12 17:46:00 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741124433 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741124641 Nucleic acids ]]> 2020-09-12 17:46:20 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741124641 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741125376 Cis vs trans: reduce effects of steric hinderance; depends on how the peptide bond forms (dipoles) ]]> 2020-09-12 17:47:26 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741125376 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741125989 R group base stacking: standardizes double helix structure ]]> 2020-09-12 17:48:22 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741125989 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741126417 Alpha helix: inner H-bonds, side chains are pointing out, helix dipole moment due to peptide bonds]]> 2020-09-12 17:49:05 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741126417 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741126935 Tertiary structure: can bend and twist in order to achieve the highest stability in the lowest energy state ]]> 2020-09-12 17:49:53 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741126935 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741127338 B-turn: reversal of chain leads to H-bonds; toughness of proteins result from turns ]]> 2020-09-12 17:50:32 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741127338 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741127625 Glycine and Proline side chains: commonly present in B-turns; The lack of a large side chain in the case of glycine and the presence of a built-in bend in the case of proline allow the polypeptide backbone to fold into a tight U-shaped structure. Without turns, a protein would be large, extended, and loosely packed. ]]> 2020-09-12 17:51:01 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741127625 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741129337 DNA ]]> 2020-09-12 17:53:22 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741129337 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741129473 Lipid Membranes]]> 2020-09-12 17:53:35 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741129473 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741130182 Components]]> 2020-09-12 17:54:37 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741130182 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741131156 Individual units of the polymer: nucleotides/nucleic acids]]> 2020-09-12 17:56:05 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741131156 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741131302 2020-09-12 17:56:20 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741131302 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741131402 2020-09-12 17:56:30 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741131402 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741132185 N-link glycosidic bonds: linkage between ribose and bases]]> 2020-09-12 17:57:43 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741132185 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741132409 Flexibility and torsional angles ]]> 2020-09-12 17:58:02 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741132409 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741132723 7 torsional angles of rotational freedom ]]> 2020-09-12 17:58:25 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741132723 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741133941 Base pairing ]]> 2020-09-12 17:59:51 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741133941 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741134075 Double helix structure is created with hydrogen bonds b/w bases on nucleotides ]]> 2020-09-12 18:00:03 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741134075 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741134409 Purine (A, G) and pyrimidine (C, T, U) bases form these bonds– 1 vs 2 rings]]> 2020-09-12 18:00:34 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741134409 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741134972 Watson-Crick Pairing:
H-bonds are short, 180˚ (strong) 
A–T and C–G]]> 2020-09-12 18:01:15 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741134972 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741135305 Hoogsteen Pairing:
Requires syn conformation (H-bonds not 180˚)
G–C bonds are reduced from 3 to 2 H-bonds]]> 2020-09-12 18:01:47 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741135305 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741136607 Triacylglycerols: the form of fatty acids most commonly existing in plants and animals ]]> 2020-09-12 18:03:50 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741136607 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741136941 Primary roles:
Biological membranes, energy storage, signaling molecules ]]> 2020-09-12 18:04:27 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741136941 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741137183 Regulates membrane fluidity: poikilothermic organisms cannot regulate their own body temperatures ]]> 2020-09-12 18:04:51 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741137183 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741137534 Lipids: molecules that are soluble in organic solvents]]> 2020-09-12 18:05:28 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741137534 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741138095 Phospholipid bilayers ]]> 2020-09-12 18:06:20 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741138095 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741139247 Membrane fluidity: length and level of unsaturation determine the stability of the hydrophobic interactions and thus shift the transition phase ]]> 2020-09-12 18:08:06 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741139247 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741139793 Membrane bound proteins ]]> 2020-09-12 18:08:58 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741139793 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741140249 Hydrophilic (glycerol) heads facing outwards]]> 2020-09-12 18:09:42 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741140249 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741140389 Hydrophobic tails facing inwards ]]> 2020-09-12 18:09:57 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741140389 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741140569 Cholesterol: in cold temperatures, the cholesterol increases fluidity of the bilayer; in warm temperatures the cholesterol stabilizes the membrane ]]> 2020-09-12 18:10:16 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741140569 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741141977 Flippase: moves outer phospholipid to inner ]]> 2020-09-12 18:12:21 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741141977 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741142209 Floppase: moves inner phospholipid to outer ]]> 2020-09-12 18:12:38 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741142209 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741143090 Melting temperature of lipids:
With bigger non-polar interaction areas, there are more hydrophobic interactions and more stable interactions, thus making it less fluid at higher melting temperatures ]]> 2020-09-12 18:13:55 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741143090 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741144723 Increasing the number of double bonds will increase the fluidity of the membrane (lipids with polyunsaturated chains) ]]> 2020-09-12 18:16:11 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741144723 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741146038 Integral proteins: embedded in the membrane. special functional region with the purpose of securing the protein in the membrane ]]> 2020-09-12 18:18:25 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741146038 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741146363 Transport proteins: ion pumps, channel proteins, active vs passive transport ]]> 2020-09-12 18:18:57 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741146363 jsawai https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741146780 Signal proteins: reception and signaling proteins both receive and deliver ligands to coordinate cellular responses ]]> 2020-09-12 18:19:33 UTC https://padlet.com/jsawai/f1pd86l1ooebdczm/wish/741146780