Sentence examples for origin of life studies from inspiring English sources

We discuss the mechanisms of their assembly and describe how they can be used as models for origin of life studies and for understanding two recently-described phenomena in modern cells: membrane-free organelles and exosomes.

Incorporating planetary conditions into origin-of-life studies can also advance our search for life on other worlds.

Understanding the formation of biogenic molecules in abiotic conditions is a prerequisite in the origin-of-life studies.

Monodisperse multilamellar fatty acid vesicles are useful in origin-of-life studies as models of primitive cellular membranes, since vesicles that formed spontaneously in early earth environments (e.g., by the resuspension of dry fatty acid films or by the acidification of concentrated solutions of micelles) would be likely to be large and multilamellar [2], [23].

In origins of life studies, a fundamental level of understanding of the role of minerals in chemical evolution can be achieved by studying how molecules interact with TiO2 surfaces in a way similar to that applied to other candidate catalysts.

Origins of life studies and dialogues often conflate the characteristics of origins events under consideration (see Framing section above).

Following a bottom-up synthetic biology approach it is shown that vesicle-based cell-like systems (shortly "synthetic cells") can be designed and assembled to perform specific function (for biotechnological applications) and for studies in the origin-of-life field.

Such a hint is promising because it could intersect with the increasing interest of the origins of life field in studying the changing abilities of membranes made up from mixed amphiphile solutions [ 266- 268].

Adamala, K. et al. Open questions in origin of life: experimental studies on the origin of nucleic acids and proteins with specific and functional sequences by a chemical synthetic biology approach.

Since it is generally assumed that the universe is not goal directed, and since it is not known what processes led to the origin of life, the study of prebiotic chemistry almost certainly includes both productive and nonproductive chemical processes.

Comment: This article uses mathematical modeling and computer simulations to study a simple origin-of-life model.