Scientific and Technical Writing
Explaining complex research in materials science and molecular biology
Overview
Research-based explanations of graphene membrane scale-up and MeCP2 biology for educated general readers.
This collection presents two research-based science articles written for educated general readers. Each piece explains a technically demanding subject without stripping away the experimental details, limitations, or uncertainty that give the research its meaning.
The first examines how researchers adapted graphene growth, pore formation, and membrane transfer for larger carbon dioxide separation membranes. The second explains how MeCP2 recognizes changing patterns of DNA modification in neurons and how disruptions to that process contribute to Rett syndrome.
Included samples
Scaling Graphene Membranes for Carbon Capture
A materials-science article examining the manufacturing problems that emerge when porous graphene membranes move beyond microscopic laboratory samples. The piece explains how researchers used lower-cost copper, redesigned ozone delivery, and changed the transfer process to produce larger membranes while preserving selective gas transport.
Reading the Marks on DNA
A molecular-biology article explaining how MeCP2 recognizes methylated and hydroxymethylated DNA, why its binding depends on sequence context and molecular flexibility, and how pathogenic MECP2 variants disrupt neuronal gene regulation. The article draws in part on a 2017 peer-reviewed study coauthored by Leander Sinanan.
What the work demonstrates
• Reading and synthesizing primary scientific literature
• Explaining experimental methods and molecular mechanisms clearly
• Connecting laboratory findings to manufacturing or clinical significance
• Preserving uncertainty, limitations, and appropriate scientific qualification
• Adapting technical material for educated nonspecialist readers
Project note
Independent educational writing samples based on the peer-reviewed sources cited in the document.