The substitution and formation of red-shifted chlorophylls
Novel pigments and new directions in photosynthesis: past, now and future
This project will investigate the molecular mechanisms of biosynthesis of red-shifted chlorophylls, which includes the biochemical steps leading to the formation of red-shifted chlorophylls (Chl d and Chl f), including the enzymes and genetic structures and the regulation of these steps. To address this problem, the integrated methods – embracing bioinformatics, genomics and biochemistry – will be developed to pinpoint the active gene(s) and enzyme(s). In the late stage of the project, we will explore the potential application of those red-shifted chlorophylls in biotechnology.
• Current PhD/Hons topics being undertaken at the location or with the supervisors
Three PhD Projects are being undertaken in A/Prof Chen’s laboratory.
1. Light-harvesting systems in Chromera velia
2. Function of antenna systems in a newly isolated cyanobacterium containing chlorophyll f
3. Global protein analysis of cyanobacterium Acaryochloris marina under various oxygen-stressed conditions.
• Is the opportunity also available for Honours students?
Yes, one-year potential projects are available for honours students. Details please contact A/Prof Min Chen (firstname.lastname@example.org)
• Techniques, methodologies, research approaches, technologies, etc., employed by the project - e.g., electron microscopy, textual analysis, etc.
Pigment and pigment-bound protein analyses are performed by using a spectrophotometer, fluorescence photometer and other molecular spectral analysis methods.
General protein isolation and characteristic methods, such as electrophoresis (SDS_PAGE, IEF, Western Blotting, Native electrophoresis, 2-D gel, peptide mass finger printing and other proteomic analysis, protein structure (electron microscope image analysis and single particle modeling).
Chromatographic anaylsis such as HPLC (high-performance liquid chromatography), FPLC (Fast protein liquid chromatography), gel filtration and ion-exchanging columns for proteins and protein-complexes purification.
DNA, RNA isolation, PCR (DNA as templates) and RT-PCR (RNA as templates), Gene transformation and functional studies in vitro.
Want to find out more?
Photosynthesis, evolution of oxygenic photosynthesis, chlorophyll, light-harvesting complexes, phycobiliproteins, chlorophyll-binding protein complexes, proteomics of membrane-bound protein complexes, Protein structural models. Stress-response plant physiology (light, oxygen and nutrients), biosynthesis of chlorophyll and other photopigments. Acaryochloris, blue-green algae, cyanobacteria, Bioinformatics and functional genomics, hongdechloris
The opportunity ID for this research opportunity is: 1306
Other opportunities with Associate Professor Min Chen
- Evolutionary relationships of aerobic and anaerobic metabolic reactions
- Spectral extension in photosynthesis: molecular mechanism of photosynthesis driven by red-shifted chlorophylls
- Molecular mechanism of photo-regulation in cyanobacteria
- Developing a pathway to incorporate red-shifted chlorophylls into light-harvesting complexes to extend the solar spectrum in photosynthesis
- Light-harvesting complexes: adaptation and efficiency
- Cyanobaterial photoregulatory mechanisms, pigmentation varieties and their evolutionary significance