9 citations · 36 across the 10 of their papers we have counts for
5 papers · 1 filter
Hemoglycin as a Candidate for Permanent Memory
Julie E. M. McGeoch, Malcolm W. McGeoch
The Hemoglycin polymer of glycine derived from space is terminated by iron and silicon to form a three-dimensional regular lattice with a high density of silicon tetrahedral vertic…
Space-filling efficiency and optical properties of hemoglycin
Julie E M McGeoch, Malcolm W McGeoch
The empty, extensive low-density lattice topology of hemoglycin is examined to understand how in space, and possibly as early as 800M years into cosmic time a rod-like polymer of g…
Sea Foam contains Hemoglycin from Cosmic Dust
Julie E. M. McGeoch, Malcolm W. McGeoch
In-falling cosmic dust has left evidence of meteoritic polymer amide in stromatolites, both fossil and modern. In search of evidence for continued present day in-fall sea foam was…
Chiral 480nm absorption in the hemoglycin space polymer
Julie E M McGeoch, Malcolm W McGeoch
A 1494 Dalton hemoglycin space polymer of Glycine18 Hydroxy-glycine4 Fe2O4 termed the core unit is part of a polymer of Glycine, Si, Fe and O that forms tubes, vesicles and a latti…
Meteoritic Proteins with Glycine, Iron and Lithium
Malcolm W. McGeoch, Sergei Dikler, Julie E. M. McGeoch
We report that polymer amide [1] with a protein backbone of mainly glycine units and iron is present in the CV3 meteorites Acfer 086, Allende and KABA. The evidence for this is fro…