3 ms·
The following is some related reading on "Tholins" along with the history of the term. The CBC.ca article is sparse on details, and it seems the "Science" paper
by jcr 11y ago
The following is some related reading on "Tholins" along with the history of the term. The CBC.ca article is sparse on details, and it seems the "Science" paper is paywalled.
http://www.planetary.org/blogs/guest-blogs/2015/0722-what-in-the-worlds-are-tholins.html http://www.planetary.org/blogs/guest-blogs/2015/0722-what-in...
- pmalynin 11y agohttp://sci-hub.org/downloads/4ac7/10.1126@science.aab0689.pdf http://sci-hub.org/downloads/4ac7/10.1126@science.aab0689.pd...
- throwaway_yy2Di 11y agoThat's the one! Thank you! (And shame on you, silly ESA, for allowing your publicly-funded science to be locked away by a third party). There's some fascinating, very suggestive CNOH compounds in that list. Here's what the last paragraph says about them: CH2OHCHO [glycolaldehyde] is an efficient initiator in the prebiotic formation of sugars (21). HCN [hydrogen cyanide] is a key molecule in the prebiotic synthesis of amino acids (21, 22) and nucleobases (21) and even offers an elegant pathway to sugars (23). HCONH2 [formamide] provides a prebiotic route to nucleobases (24). HCONH2 (24) and CH3CONH2 [acetamide] (21) catalyze phosphorylation of nucleosides to nucleotides, in which amines also play a role (21). Isocyanates play a major role in the prebiotic synthesis of peptides, through the so-called isocyanate route (22). The complexity of cometary nucleus chemistry and the importance of N-containing organics imply that early solar system chemistry fosters the formation of prebiotic material in noticeable concentrations.