Reviewer Comments - EERE
Reviewer Comments - EERE
Reviewer Comments - EERE
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2011 Algae Platform Review – <strong>Reviewer</strong> <strong>Comments</strong><br />
<strong>Reviewer</strong> <strong>Comments</strong> are direct transcripts of commentary and material provided by the Platform’s<br />
Review Panel. They have not been edited or altered by the Biomass Program.<br />
Approach 4.43 2.13 7<br />
Progress 4.86 1.46 7<br />
Relevance 3.86 1.88 7<br />
Critical Success Factors 3.86 2.29 7<br />
1. Project Approach<br />
The project performers have implemented technically sound research, development, and deployment<br />
approaches and demonstrated necessary results to meet their targets<br />
The project performers have identified a project management plan that includes well-defined milestones<br />
and adequate methods for addressing potential risks.<br />
<strong>Reviewer</strong> <strong>Comments</strong><br />
<strong>Reviewer</strong>: 1 Criteria Score: 3<br />
The first step lacking in the approach is a discussion of why this organism is chosen for these detailed<br />
studies. After all, if this is not likely to be a viable lipid-generating organism, why do the work.<br />
Investigators suggest it is not in their slide titled Critical Succes Factors.<br />
<strong>Reviewer</strong>: 2 Criteria Score: 6<br />
This project's goal is to determine how to maximize TAG production from Chlamydomonas. The<br />
approach includes metabolic studies (e.g. evaluation of acetate enrichment of basic medium vs N<br />
deprivation) and transformation to add a glucose transporter.<br />
<strong>Reviewer</strong>: 3 Criteria Score: 8<br />
To address carbon allocation and partitioning in green algae we use: Biochemical analysis Modeling of<br />
metabolism Metabolic engineering (genetic transformation<br />
<strong>Reviewer</strong>: 4 Criteria Score: 5<br />
See Overall Impressions text.<br />
<strong>Reviewer</strong>: 5 Criteria Score: 3<br />
The goal is to identify metabolic targets for increasing lipid production using a model strain of Chlamy.<br />
The goal and approach seem to have very limited relevance to platform goals.<br />
<strong>Reviewer</strong>: 6 Criteria Score: 1<br />
This approach (MFA) is far more applicable to the fermentation industry that has the ability to grow pure<br />
cultures under highly controlled conditions. To apply the MFA analysis of a lab rat strain as a means to<br />
suggest pond conditions is highly challenged if one agrees open ponds of local cultures is the likely path<br />
forward. If the work was applied to strains isolated from real ponds, and if the model applied conditions<br />
that exist in ponds, it might be able to explain why certain productivities are achieved and thus be more<br />
applicable.<br />
<strong>Reviewer</strong>: 7 Criteria Score: 5<br />
It is difficult to evaluate if the approach of using Chalmydomonas in acetate media will apply to<br />
phototrophic growth of other species.<br />
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