Hemoglobin
Columbia
Summary
Tetrameric, Oxygen Transport Professional with over 300 million years of evolutionary experience. Delivery of oxygen efficiently to tissues under many physiological conditions. Expert in cooperative binding, allosteric regulation, and environment-responsive affinity modulation. Strong ability to adapt to pH, CO2, and metabolic changes to maintain homeostasis.
Overview
3
3
Certifications
Work History
Oxygen Transport Specialist
Red Blood Cells
Columbia
01.2026 - 03.2026
- Transport ~1 billion O2 molecules per RBC through cooperative binding across four heme groups.
- Maintain sigmoidal O2-binding curve to optimize loading/unloading efficiency.
- Respond to metabolic conditions using the Bohr effect, decreasing affinity in acidic tissues.
- bind 2,3-BPG to stabilize T-state and promote O2 release during high levels of activity.
- Support blood buffering through histidine mediated proton binding.
- Collaborate with Myoglobin to ensure efficient O2 delivery to muscle tissues.
Education
Bachelor of Science - Biochemistry
University of Missouri
Columbia, MO03-2026
Skills
- Allosteric transition modeling
- Sigmoidal Kinetics
- Heme-Fe2 coordination
- Quaternary structure dynamics
- Efficient O2 loading in lungs and unloading in tissues
- Buffering capacity
- Structural stability via alpha-2 beta-2 quaternary structure
References
- Myoglobin (Mb)- O2 Storage Specialist, Muscle Tissue
- 2,3 BPG- Metabolic Regulator, Glycolytic Pathway
Certification
Certified Cooperative Binder (CCB)
Timeline
Oxygen Transport Specialist
Red Blood Cells
01.2026 - 03.2026
Bachelor of Science - Biochemistry
University of Missouri