—_————-—h 7 > The name sapeted . ee was fest ued by mulde, (isto) Bae Thue ‘ore Complen Ntrejenowy Subchantey opie fnaWk plants $ oniwal celle, Sa aT hse. ont building blo e's o¢ proteins ; DVD These one rrotinbay Combolini ng -kwo functional Ops Ait, Larine) end ~ cool! Ceonlonylic) Broce ane Comeckd by ou ae Thus me omiine atid bonds and erlong oc short or branched Chain he formed , which ‘ig called pelypertide Chain, JD The General ~fornula of A.A Is, Nia Caminc) RC ~ coott Ceombony Uc) H Chonisications are depends oe mainly AUphalic + Gtruturwd clonitication a bee a rine ot 2. pdox i atti " Joe ae ad Ebsentt of 3. Nee copnnet | rt!-) Icetogentc y, telebolic fate ad ‘ Glarcogem¢ Aliphatic Amino Adi ds \. Sengle A-n's ener lysine, Alanine Qs Branched =) Valine , dencine Pyeoluine 3. Ob group oS hyde , Tyrotine Kein? ; 4. gufphre —S Hetblonine + Gyereane ¢. Addic 8:8 —> ASparodte Acid , “ Glucternic atid 6. Amida grey Z Acpeugine + Glutamine F. Bote. aa —» tfetidine’ , Arginine, Lupine Threonine Neutral Arrine Heid: NH } ! Glysne — Gly 5 WE — oh Ni Adarine — Ala —> tc —ty — Coolt 3 Se Hy Cee Sot wees — cool \ Threonine — Thr a No ? Bre CHT ft = cool if eo a eae, He : Nu ‘ Ne — ¢h —cooy Leucine 4 Lie ! aay: ek 2 See iors phe pee to. Cth — Coot Roolewines ae Tite ‘oad uc ; NAD Dy Goce Chee CH — Cont cls aeAcids NH \ Aspatatic ad = — Asp — soc, 8a coott Aspootgine — As Q Nite i m= Nn a ¢— cool 4 Glerlarcie au — Glu — jooe— ctl, ~te— CH — coo H , 1 Gltamine eG \n 8 Ne, BING eet chy Hare A. Na Rate Nt, Aaini ney NH f 1 BO Bra i SN ee sich eat unZ he ch —coott Lysine — Lys — NH = cay —cH,— H Hydaeny tysine — to-Lys J a oe NHL Bch atts ay —coott Sulphory : Nip Cysteine —_— cys err Ce CN eH Coot} Cygne = Cys-S-S—Cys val oe HIN Sa CH ee Locus NH— ‘ — Cools I ve Yc =S SoH,Ny : ! POS 8 tices Menace coat 3 oe ethionine Arerudticy Ainine tony NA phenyl alanine — pale — LOY NIK Tyrosine ye: ARhe pu ! Thyromine — : : =) Re Helew fn Aroine Acids Heads Proline — eS ea SNH *CooH Hy downy proline — ‘Ho-pro iS LO. 1. Tiyplophon — Ty na J be u Hist dine — ths ‘ Pe = Nese ee CAS Cth ca COUNudritional Ask | Ther ou of ~feco Ly py Vs Essential AA t- “They camot be ynthedized bythe body and; ~henefore ,roust be obtained fromthe chict In ovdey 8+ pomal protéin Sythuis -to cou « 4i- MATT VIL Ply H. — Hethonine — a Arginine TO “Try pto phan | T ~ Threonine Vi = vobine T — so Justine Lo ~ leudne P —phery] alanine H — biskdine Ly — lysine >. Non-esetiol Asay Erie Seamer ane Syottasited tn “Sut foient ormoumtt ronan the Tokameliatss, eet Metabolism oF, of Trtle Core of Cysteine and tyrosine 1 From, eryeriad arin otids - | uae asta .Proteins —> Proteins One Commplen. eal mak up of Orin atids het ane emential ~far-te boly tofune Hon, a ; aloe nee ~fourdatio oF nrany body Shrubs | Such oy heir and nin aka efte, cubctance; Uke antbodic , oeymme, and apkobines ee —F Aecing addy anethe bailing blots 04 pretis ol Hh maifleadtons | — ort oe | \. -farineres , " eee vaithey is 2. Chemical Netun | iG fee 3. Nedronat vibual val 4 wl BEF ‘ ‘ functional prokdns aoibdi seh th 5 tk Wisse eel proteirs b i athaeh Sdcherrdead [ srubiity © o Keyl e TRAC OAL contin} Oo a Seived < omen Comtetining A: Cralatisc my Ap Aging Act 4, Prostatic qreups os- shone & tsa Scleroproleing Conus m prot Osicgte protean Suh proteins on hyduulysie yield their Constrbusect amino aids only . Thue ctyided onthe aus of her Soules lity Propotiy %Yy fotloras . ea Globutenr (aalern soluble, sphoded instr) }. Albumins1- golible fo “ak ond gakk coubom. 2., Globubiint,— sparingly sole in estat jast soluble {a Sth eolttons » prolamin colulle Io eRe (S0-80'r.) eal. Gn vabselude obeshel % vost 4. Gutaling : sgoluble in onldy g alkali Sclero SW ; M4 Thee ane Sibtry Ave belinshape Frgoluble in agucoy Colvets. 1 Collagen , elayin , KeradinConiugsted praties Stuh proteins on hyshoolys)s’ produce stheir Consttuud amino ads and othe, non-aminn acid pot attached bo proteins. le Glycoprotein ‘ The one awodeked worth carey) They conleine = More cantohy deck Spates D+ HucoProfery’s— [These at Conbeinieg Jay cokehyborde Tor 3. Nucl proteins Aviouiated with nacleyeraut dh. ty. Up proteins 1— Avotated with Lipids or datty subshartss gs. Chrono proteins? — Attotiattd wrth Pigments vstth Hee Chleophyll, canctenoids , phycebi Lins de, - 6. Hetalleprotensi~ Associated witb | metele C&D), Soi ee Thee one pprotdns derived Sons sinople or Conjugated proteins by physica of Chemical sncar. tng ae —furttun divided Ento Dewved Prote iy Prireay dexwed - proleins, and “W) secondary destiued | Proteins, : \) prirrany denlved proteins), — , Coagutated proting , nteing ches : W)_ Seconda cetived Seine and Hela preteing jes Proteota, PePtonas, polypeptides, cinple, peptides PAmino A cy© Strushwret- ¥ primey Fledo! - AA's one awanged In a Sequente tothe protein and are joired to cach othey by Peptide bores - This Urear, Sequance of amino auids ic the ° ~ Ghudwu of the protein. Eg.~ ChymotyyPsinegen which Se emode up of and hay 5 aiset phide bonds, 26 arino acids Uncan Stredure_ ea a tke name sates a Af \ * Secondany Strustune | — —3 Some proteins Shou felting pal and otten tips of pattems. > tchich one brought by 2? bonds Suh oyhydooen bonds , afisulphide bonds sete | } a > Thue ax obto broom 05 aD Stud: —> Tr mos Cee an tyfe oF 2° structure 1S the Zits) helix Senetiong Dept handed ) : —S Th khelix Sriy Adliaw Unled topethen by peptide choine & hydanjen bond. | — Hoe onygen © hy derogen cchonng one distanced of 2-84: . J Fn jernred one Amino aud 1s 1-4aA® apart strom anole, % Here anc BA Ale In onetenn .JD [cernatin of Iatool ‘ig ageod cxample of fhe Strudun, —S Rohetic ts abso ex comnen ype of trucking OF Profein-found In neusely «dill, Cortract'le +fibry. Pependicale p-plented & 3° Strabo — othe forte or bonds fnvolved ore dovogen bores, Asulphide bonds , Poni. bonds , by dao phobic bonds, ete. 2) Haemoglobin us ageod crareple oF YD profens. > High addity, high teropenadint, high alleaLinity « Zwitten ton 1. Arnino oud Comeau loth Coot| group Gq Nel, TeXp, They Can reort wotth auiidy Gharey +tofam se, Cush Corrpounds ox cabled arophoteel c , Dusting te Veattion Conhory Ut group less ‘eproton while arcing group aceept a proton . © 4 ; NH Nay NAd 4 | ' + dt aca Neat aces eg on foe) HS“ hy Nis ‘ i Gene Ceol =— ‘ We — Coo ‘ Burtt YenX Tsodervic pint: The feoekectric poet Ss the pH Yelue ot which om recleuke carrey © ned chart col choge or Xs cldvically nurtral Yn the ehahisticed mean: J Teoded He pei ave \s Sees ky PL, however RT Wao wyed fait” detined poi of apron \s > Thy, the \soelectt & Oo preter oy the ph ok udhith thelnek_ chrom charge a rooleute Vs Rew - =) According diy ; prota \cocdlectvtc pest und mg an “VE ot pt beebowo — thea —ve! at pit aleove Hrent” Yeoelectvic point - - > Fe depends up on the corrbinadion ot nes Contlant (pln) value. > The pr is Signcf carvt ‘in protain \eolakion © peoifiestion becasue $4 Tepreserté tthe PH ak tohich » Colubi ly ie typically micimam « oF Ac. Oc} ammonites — Agdic a eae brat a Bathe