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Cellulolytic Enzyme-Protein Supercharging for Efficient Lignocellulose Deconstruction
Real-time Process Analytical Toolkit for N-Glycan Monitoring and Continuous Biological Drugs Biomanufacturing
Single-Molecule Monitoring of Cellulases To Identify Rate-Limiting Steps For Enzyme Engineering
Cellulose Allomorph Crystal Structure Modification Via Ammoniated Solvents For Enhanced Biorefining
Chundawat Group Annual Summer Party (2019)
Thermochemical & biochemical processing of lignocellulosic biomass for “Fuel and Feed” production.
Carbohydrate-based biopolymers: Synthesis, Organization, and their Deconstruction.
CAZyme or Carbohydrate Active enZyme Engineering.
Engineered Cellulosomal Enzyme Engineering for Cellulose Deconstruction
Cellulolytic Enzyme-Protein Supercharging for Efficient Lignocellulose Deconstruction
Real-time Process Analytical Toolkit for N-Glycan Monitoring and Continuous Biological Drugs Biomanufacturing
Single-Molecule Monitoring of Cellulases To Identify Rate-Limiting Steps For Enzyme Engineering
Cellulose Allomorph Crystal Structure Modification Via Ammoniated Solvents For Enhanced Biorefining
Chundawat Group Annual Summer Party (2019)
Thermochemical & biochemical processing of lignocellulosic biomass for “Fuel and Feed” production.
Carbohydrate-based biopolymers: Synthesis, Organization, and their Deconstruction.
CAZyme or Carbohydrate Active enZyme Engineering.
Engineered Cellulosomal Enzyme Engineering for Cellulose Deconstruction
Cellulolytic Enzyme-Protein Supercharging for Efficient Lignocellulose Deconstruction
Recent News
- Dr. Chundawat’s Impressions about Recent Interns
- ACS SEED High School Research Interns
- Exciting new collaborative preprint on visualizing cellulose fibrils biosynthesis and assembly in real time
- Sargassum Biorefinery (SaBRe) Center Funded by Schmidt Foundation
- Chundawat Group Summer Lunch Party at Chef Tan!
Glycans (i.e., simple or complex carbohydrate-based biomolecules) are the building blocks of all cellular systems on our planet. However, unlike advances made in the fields of DNA, RNA, or protein-based biotechnology, the field of carbohydrate-centric biotechnology has lagged far behind. Therefore, researchers at 3GEL or Glycans, Glycoconjugates, and Glycan-Active Enzymes Engineering Laboratory at Rutgers University, led by Dr. Shishir Chundawat, are interested in the development of novel biotechnology and bioengineering tools to enable sustainable utilization of renewable biomass, with a focus on glycans, for various energy, food, health, and advanced materials-related applications.
Contact us here to learn about openings in 3GEL.