These objectives align with the broader goal of understanding the surface chemistry dynamics between silane molecules and DNA nitrogenous bases, and how this knowledge could be harnessed for various applications in fields ranging from biotechnology to materials science.
Cyril Robinson Azariah J.
An interesting question to discuss. You apparently mean the inertness of silanes in the human body. I want to draw attention to the nuclear quantum effect that is manifested in the human body, DNA, and which interests me. It affects the nitrogenous bases of DNA.
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Yuri Mirgorod
Silane bonds silicon, enhancing surfaces and the quantum effects intrigue in DNA's hydrogen bonds.
Cyril Robinson Azariah J.
Yes, I agree. But so far, the contribution of the nuclear quantum effect to the hydrogen bond and tautomerism of the nitrogenous bases of DNA is only beginning to be studied.
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