Natural Plant Enzymes meet Synthetic Chemicals

Closed
EGIPH
Vancouver, British Columbia, Canada
Gordon Glaze
CEO
(1)
3
Project
Academic experience
120 hours per learner
Learner
Vancouver, British Columbia, Canada
Advanced level

Project scope

Categories
Scientific research
Skills
enzymes botany biochemistry research adaptability
Details

The main goal for the project is to explore the reaction of natural plant enzymes when they encounter completely synthetic chemicals that are not found in nature. This will involve studying the biochemical processes involved and understanding how plants react to these synthetic chemicals at a molecular level. The project aims to contribute to the development of natural enzyme promiscuity in botany and provide insights into how plants react metabolically to synthetic compounds.

Deliverables


What tasks will learners need to complete to achieve the project goal?


- Researching the existing knowledge on plant biochemistry and synthetic chemicals (to the best of our knowledge only 3 peer reviewed papers exist on this topic).


- Conducting experiments to observe and analyze the reaction of natural plant enzymes to specific synthetic chemicals using our Agilent 1100 HPLC.


- Hypothesizing the biochemical processes and molecular interactions involved in the plant enzyme reaction.


- Analyzing the data collected from the experiments to draw conclusions about the promiscuity of plants to synthetic compounds.


- Providing recommendations for further research and potential applications of the insights gained from the project.

Mentorship

We are constantly there for our students if they require guidance, knowledge, tools, technology or an entertaining break. We reimburse travel to and from our location to the student's home. Level-Up students can expect the 60 hour stipend offered by that program ($1400 CAD).

Supported causes
Reduced inequalities

About the company

Company
Vancouver, British Columbia, Canada
2 - 10 employees
Hospital, health, wellness & medical, Science, Technology

Our company is engaged in mapping out a new branch of botany called natural enzyme promiscuity (or 'silent metabolism' - see resource file). This is the way plants react when introduced to exogenous chemicals.