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a ee . 99/8 /93- Regmasnox iy Favs Reapiiation %x Breaking: ot C= 3 ing atin ie 004 + - | Chem Reaction “s Col206 + 602 et “an 6400-198. ME (substrate) . ) CProduc 7: ao, i : | [ er al Cer - | V Oa x cess Vv 4 Dyohyis : q link rea "7 x KT RD 5 (yee - x £15 a | ee oe 7 Se _ — . - x : : aS ere pn, ~ : = . SoG Ss Saecos ore oo Repitation | Breathing | | on -ENerga is nok teleased in Single slags Arep-—___— | \ —__# | Dining sespitation encigy is teleased in Siow and Step-wise— ENeiqy -CA1P) Gey Monnet oid de nn ay Jo pevform function - DC -.Gherevon *s Arar Pommeduiarot) sin aly one pete ——- E ) ae Do pants bre atte Gis —_______—_— — = Og >: a ihaKe:: “ipa Fi en bolo o@ff ty __*| CO. > Release: ri bias eee = CTS >] es see Photosuathe ts : 26 = i 4 ee ee } | | — — —— 7 T — a _ — a 3 as. So ee i | | : | pion Fa a : r oe all 2) Day 2 | | sa || | | ) | | | ) V \ sya | Ph Dead and Decaying — + +— =f ake 1a: BT cas craiio iprort Aa een) o% cs \ Ll» _*% Planis also require O2 And ives out Cor during sapit ation zh >) x | Shomata in leat ond lemdicels in Stem for Qoses exchange -—___- 5 ee ae N o Specialised tespiiator Organ present in plan's > At plants Can on __|_pelbotm gadea exchange becawse prani \. ee Nia By GT al yr: 16 fipn foro - (= - 7 : 7} Coch plan part can take care ot i's own gases exchange: : acl lower Voke ot teapitalion > less demand for gases if plants —_|_06 Compared to anymals_- ! — ita 3} ue to Moh osyiitieris Or IS teleased wiki Le\l_ during day = hime ail ee : 4s] Ty leat Vivid Cell Ore loaned ln Closed Contact tothe Quberide ox +} Photosynthesis Chinoplast | Repitotion —& _Mitechondiig._ —_SSSS SSS ES nar rata aaa [eh Steps in_Glycosia 3° eee has peste ma one _h o5e- 6- pli osphate- —— Fane venti i CORR OO ee * Connecting link / po lsaiiepenatee Yc Se a im. dis | fuctose -6-Dhospll ate unde . DSPllo oi aang AAs Yor cing aetnnw AAC Huclose-\56- diphosphate - | Acetwiation of PAZ Sa Cr eee ee = Occurs in matiix ot mitochondiia- Lea ee ie a cal aa eat 4 é Oxidative decatboxylation . f -Ainpnospnate Wn ane \T pies Glege Se enga Savas hisiac ge onate aldehyde. _ 3 } | ry ed anes os — al | Glacegece i pate 3 \ Giycoiysts 2 | P- A Cac) _(o-mol) eh —Ht Ly | a" A net 9 __ x DeMydiogenation s+ 200 x Oxidative oe ae @ NAD" ia +e qiBOXGIar TOM [Fy aN AoW, |S — Co-A Vi 7 he il 7 ~ ae see | | + 4 a | | eli es eer . \ ram a | | | ae | * Se rrgeeerngrer merry Complex aie i 1 _Dehydiogenation 5 ae aa a) Decarboxylatton if (of akoy ng” — , ew oe = = —————_- me = ee | oO \ , ¢ hy! \ 0 ee | : - ——__F_——_—_+——_ | — GATE —a).~r’ z ME EEA CUT AUTG TARS STIR ECHRNTONG Tes cee Tt eee et a PT i oe ——" >| Citric Acid Cycle abel >| TCA Cycle (nhkabayic ac) — dodat + 4 Glucose @ pehudiogenase- VY @ Tehydrogenatton. T Pr A t2nte}- \20 L @Condensabion Lae) Hee 5-0 Ny +onn’ a Acid @ Dehydtation ¥ aol Acid (60) CXC) @ citrate (6c) ® fconitase &~ 20 NADY.- = @ NAD + y* AyniNelase @ wydratlon oe, uc ® Aonitase ——$—- o- sc : x ; id 420 ——3] @ Hydration. nade th: l@chudte «| a. —— ee ae -Aecty. coenayine Ae tammonty. toward, it Lipids sisieind, pinion ——Gitose Used asa dubstiate: | a All the enzymesare ‘present in mattis except jue nc Achydiogenase -—- —{C Present _on inner membtane of mitochondtia) Th OccUis in Matitxot pnibactionduta! foil bop ai ee | * , eee 6 NADPH) = 6x% = IQ AIP ge eee 7 mi 2 SWWMo 5-99 a 3: ae ) Alp ~ = : 2 DeyP ee res) Decavboxylation = 2 (ucoz). Suh Bx £& = A —_—_———_] — Hydration = 7B (6080): = $$ Dehydration _=_4_ (2 420) a (I 7 ee S Henpicolory Botance Sheet Rae: Wieotignie fe ® fumarase G NAOH aiton - dfumatric acid: © dehydrogenase - | @ SvUECIMIC dthydto- (60) 0 xalo -ANccint @ dehydio- FADH2 7D genase au | Sefiation- 4? 4 PRR es (uc) Succinic acid S) Decarbory lag, > + Adpay PT el J (09. Y ATP. “aiei ® Phosphorylation = Cuc) © dehydiogenation | ® kinase. oxidative | Decal boxyl ation - ® Dehydrogenase Complex - A | fish Stable compound fourmed ts Cibticacid kdhich Consists of : # | 3-Cook gtoup - : *| fist member of Kied's (ycle 1s Oxaloaceltc acid : 2 *| Th IS Maetobic pincers: ; X| Considered a5 Amphobslic procers - ‘ st Gly Coluis ond Kiebs cycle bol Considered 0% low enetyy producing process = ae : Co. AIP Only). ) a 3D Mt Glu ose undergoes ottabic tapitation 48 AT P tan be Synthests ck i] Meoritically » Mis. Calculations ote Made based. dison (atain sf Assumprions as follows *” Sloe -\ 0) \ Jequerbiol oc ovdeiy_ pathway Oceans Ie Gycas asia 5 \Ki ax0b"s p22 iy | 92S pathways Afould be toilowed one ofhex_attes Other. > ©) Bul placdteally all veadions occurs Sirmurtaneously, in re cell Nadia ond (ADs AyNrerired during dlove plocases Must —____ 2s |} ames: Oxidahive_phosphoryfotlon through E19 _— ————_} —___& | only, Glucose being Used 05— Aubstrate 5 No othe dhenadiv mcg, —__| Sw hsttare Ole Used inthe patthwayy od any of tre stages - ee © None ot the tntermiadiote Compounds formed diving abo ve patos oft hitired Lo dy miiea|s any oer Compound in he Cev- Inner Membrane Ot mikochondr\ (Wee 2 Fespuarowy aro — Reapiiatary Quotient or — | |_CTieMio amatics fypottess ee | | Z ay: | a | ; / | | | cle g J | a " e+ lecics | a4 | | le | | § ay | Ss 2) | Te x FI : ~~ A tT + | } j _ (fa! matrix . Tyner MN | bo Nondiia. Pert-mito Space - hac —_ os ___*_| Tementation 5 : * BIAye sb \ NC eAS - A “Incomplete oxidation of “Sibstiate in absense of 02. - a1 Tt Can Occur inside and aurside Cell - + *1 Tt Can Occur in Ghsence_as wells pieence-of 02 ua Enzyme - O Dehydrogenase ' @ _Decarhoxy\ase : YOUVE PEE GEE BB Oo GAA BAAOOSRAMARARUTRLRURLLY 
