Home | Research | Members | Publications | Join the lab

Protein Design and Bioenergy Solutions

We employ computational tools to modify proteins and examine their atomic details using X-ray crystallography and electron microscopy. Our aim is to provide energy-harvesting systems to enhance biofuel production in algae and microbes.

Principal Investigator

Saacnicteh Toledo-Patino

Share on:

Lab Research

antenna protein enegy harvesting

Design of Antenna Proteins for Solar Energy Harvesting

Design of Antenna Proteins for Solar Energy Harvesting

Explore

protein biowires

Engineering Electroactive Microbes for Sustainable Bioproduction

Engineering Electroactive Microbes for Sustainable Bioproduction

Explore

SDS PAGE gel for separation of proteins

Macromolecular Biophysics

Macromolecular Biophysics

Explore

tricolsan binding pocket of a reductase protein by MolBioEng

Cofactors and catalysis

Cofactors and catalysis

Explore

Lab News

We had our first group seminar!

OIST MolBioEng lab seminar picture

February 2025 | Alberto, Jorge, Sarai and Daniel joined the lab!

MolBioEng Lab retreat to Sakuras

Okinawan Soba

November 2024 | Euikyung joined the lab!

researcher doing experiments

baterial cultures

October 2024 | We have new lab space!

Empty laboratory

lab equipment

Related News

A macro photograph of a cluster of mushroom-like plants on the forest floor against a mossy backdrop. These are Balanophora fungosa ssp. fungosa from southern Okinawa Island.

Research Update

The evolutionary mysteries of a rare parasitic plant

New study maps the strange genomes of Asia-Pacific Balanophora species, giving new insights into the evolution of parasitic plants and an unconventional role of plastids.

Broken clocks, with shattered glass and escaping springs and pins are represented alongside cancer cells in an abstract image

Research Update

Cancer loses its sense of time to avoid stress responses

New insights into mitotic stopwatch show how cancer escapes cell death and cell division arrest.

Graphic illustration of primitive life in the primordial soup, showing one cell absorbing another.

Research Update

Complex life developed earlier than previously thought

New evidence-based evolutionary model provides access to the beginning of complex life with unprecedented accuracy.

Full bacteriophage structure mapped by cryo-EM

Research Update

Bacteriophage characterization provides platform for rational design

Complete, intricate cryo-EM bacteriophage structures enable future phage engineering and AI design.

An abstract image representing shared mechanisms. Two silhouettes are featured back-to-back with joint cog wheels in bright colors across their heads, representing the shared synaptic mechanism. A brightly colored background of yellow, blue, green red and orange evokes positivity with the news that this shared mechanism may inform potential treatment options.

Research Update

Shared synaptic mechanism for Alzheimer's and Parkinson’s disease unlocks new treatment possibilities

Study reveals common mechanism affecting brain signaling, identifying a shared cause for neurodegenerative disease symptoms.

View More

Research Specialties

Biochemistry

Molecular biology

Bioinformatics

Biotechnology

Structural biology

Related Research Units

Search for a Unit