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Blood contains platelets that release growth-promoting molecules that can help tissue heal.
Free radicals are highly-reactive molecules that can damage DNA and cell membranes.
The few lactose molecules that can seep through its membrane are too few to pull off the repressor proteins.
Cells and connective tissue, it turns out, are full of molecules that can luminesce if given the right jump-start.
These can be re-formed into hydrocarbon molecules that can be used in place of gasoline or diesel.
One feature of molecules that can be predicted with reasonable success is their shape.
Bayer will then use its chemistry expertise to develop molecules that can bind to these targets, thereby helping treat the conditions.
Dr. Joyce reported in Science earlier this year that he had developed two RNA molecules that can promote each other's synthesis from the four kinds of RNA nucleotides.
As mitochondria get old, they cast off charged molecules that can wreak havoc in a cell and lead to potentially cancerous mutations.
The commercial interests in DNA have reinforced the myth about genes as master molecules that can be patented, isolated, screened, repaired and even enhanced.
Others of these regulated genes encode microRNAs, (much discussed in the articles), molecules that can modulate the degree to which other genes are expressed.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com