Formaldehyde reaction hi prebiotic chemical reaction awm thei a ni a, sugar siamna atana hriat lar ber a ni. He hnathawhnaah hian Cannizzaro process hi condition hrang hranga toluose reaction atana process dominant a nih avangin environment condition hrang hrang hnuaia toluose reaction atana catalyst a mamawh tih kan lantir a ni.
Formaldehyde reaction zirchian hian metabolism (protometabolic system) nena inzawm organic acid leh residual sugar tlemte a siam chhuak ber a ni. Hei hi methyl sugar reaction atanga sugar tam tak siam chhuah te a chhe vek avang leh Cannizzaro reaction atanga acid tam tak a lo awm vang a ni.
Serpentinization nena inzawm mineral system hmanga toluose reaction heterogeneous Lewis acid catalysis kan entir bawk. Catalytic activity lantir thei mineral-ah hian olivine, serpentine, calcium leh magnesium minerals te pawh a tel a, chung zingah chuan dolomite, calcite leh kan calcium leh magnesium chemical garden te pawh a tel. Chu bakah, formaldehyde reaction stage hmasa ber computational study te chu formaldehyde reaction hmanga methanol leh formic acid siam emaw, Cannizzaro reaction hmanga glycolaldehyde siam emaw zirchian a ni bawk.
Chuvangin serpentinization hi protometabolic system awlsam tak (formometabolic system) intanna atana mamawh initiation process a ni tih kan rawt a ni.
A changtu turte chu Arthur Omran, Asbell Gonzalez, Cesar Menor-Salvan, Michael Gaylor, Jing Wang, Jerzy Leszczynski leh Tian Feng te an ni.
Serpentinization nena inzawm protometabolic form system-a mineral catalysis, Nunna (Open Access) .
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