# Calculated power from the oxidation of biomolecules with oxygen at South Pacific Gyre (hole U1370, IODP Expedition 329) # PI: James Bradley # Version: 2019-12-17 ========================= Molecule Chemical_Formula Amount_of_biomolecule Energy lat lon ------------------------- Alanine C3H7NO2 1.7022615386048957e-17 2.1542544757402046e-11 -41.85 -153.1 Arginine C6H15N4O2+ 8.80507917097198e-18 2.2349503150708294e-11 -41.85 -153.1 Asparagine C4H8N2O3 7.175669502322362e-18 9.691832376839226e-12 -41.85 -153.1 Aspartate C4H6NO4 - 7.175669502322362e-18 9.144015633226824e-12 -41.85 -153.1 Cysteine C3H7NO2 S 2.7261277148560934e-18 3.099542505085291e-12 -41.85 -153.1 Glutamate C5H8NO4- 8.711074767011424e-18 1.6641162337465148e-11 -41.85 -153.1 Glutamine C5H10N2O3 7.833700330046246e-18 1.5374994285511943e-11 -41.85 -153.1 Glycine C2H5NO2 1.823685436834766e-17 1.1698749846153374e-11 -41.85 -153.1 Histidine C6H9N3O2 2.8201321188166486e-18 6.443765064083871e-12 -41.85 -153.1 Isoleucine C6H13NO2 8.648405164371055e-18 2.707764089825755e-11 -41.85 -153.1 Leucine C6H13NO2 1.3411294965039173e-17 4.1875006302413007e-11 -41.85 -153.1 Lysine C6H15N2O2+ 1.0215145230380304e-17 3.0387419283715086e-11 -41.85 -153.1 Methionine C5H11NO2 S 4.5748809927470074e-18 1.095959628702883e-11 -41.85 -153.1 Phenylalanine C9H11NO2 5.514925032352557e-18 2.318902910430054e-11 -41.85 -153.1 Proline C5H9NO2 6.580308277238847e-18 1.536201987173317e-11 -41.85 -153.1 Serine C3H7NO3 6.423634270637921e-18 7.249722835705221e-12 -41.85 -153.1 Threonine C4H9NO3 7.551687118164581e-18 1.3268446545378036e-11 -41.85 -153.1 Tryptophan C11H12N2O2 1.692079271289989e-18 8.32107723784436e-12 -41.85 -153.1 Tyrosine C9H11NO3 4.104858972944233e-18 1.6529328479131248e-11 -41.85 -153.1 Valine C5H11NO2 1.2596590130714363e-17 3.1556370184330224e-11 -41.85 -153.1 Ethanolamine C2H7NO 4.104099714497051e-18 4.486352960476439e-12 -41.85 -153.1 Diaminopimelic acid C7H14N2O4 8.731569242743448e-19 2.6630671204026075e-12 -41.85 -153.1 Putrescine C4H12N2 1.0664141118610885e-18 2.493863033531432e-12 -41.85 -153.1 Spermidine C7H19N3 2.1573012957098096e-19 8.823800583074181e-13 -41.85 -153.1 AMP2- C10H12N5O7P2- 5.170242217830522e-18 1.971277213315331e-11 -41.85 -153.1 GMP2- C10H12N5O8P2- 3.948184966343308e-18 1.4116077245314994e-11 -41.85 -153.1 CMP2- C9H12N3O8P2- 6.3609646679975516e-18 2.3015390767062734e-11 -41.85 -153.1 UMP2- C9H11N2O9P2- 4.261532979545157e-18 1.5200039640045568e-11 -41.85 -153.1 dAMP2- C10H12N5O6P2- 7.708361124765507e-19 3.041119242933392e-12 -41.85 -153.1 dGMP2- C10H12N5O7P2- 7.959039535326984e-19 2.947288662711672e-12 -41.85 -153.1 dCMP2- C9H12N3O7P2- 7.959039535326984e-19 2.980129187180691e-12 -41.85 -153.1 dTMP2- C10H13N2O8P2- 7.708361124765507e-19 3.3144819683317543e-12 -41.85 -153.1 Palmitate C16H31O2- 3.496310010000121e-18 3.314775462304788e-11 -41.85 -153.1 Oleate C18H35O2- 1.948256574802929e-18 2.1056674389744804e-11 -41.85 -153.1 Palmitoleate C16H29O2- 2.683282250947145e-18 2.505515665118472e-11 -41.85 -153.1 Myristate C14H27O2- 5.236937371539909e-19 4.309518735039661e-12 -41.85 -153.1 b-hydroxymyristate C14H27O3- 1.0557794016358153e-18 8.543522033797394e-12 -41.85 -153.1 Glycerol C3H8O3 5.0449030125497825e-18 7.659086160596756e-12 -41.85 -153.1 Glucose C6H12O6 7.826921346502247e-19 2.151246831541529e-12 -41.85 -153.1 Heptose C7H14O7 7.901459068663369e-19 2.539394304726075e-12 -41.85 -153.1 Galactose C6H12O6 2.6089737821674157e-19 7.181766313553418e-13 -41.85 -153.1 Rhamnose C6H12O5 2.672371904143849e-19 7.749596273404061e-13 -41.85 -153.1 Glucoseamine C6H13NO5 5.246659818080871e-19 1.4619834649434937e-12 -41.85 -153.1 N-acetylglucosamine C8H15NO6 1.133224885905934e-18 4.0753462756336735e-12 -41.85 -153.1 N-acetylmuramic acid C11H17NO8 8.654531931902401e-19 4.027586615149537e-12 -41.85 -153.1