Scientist/Senior Scientist
at Evox Therapeutics
Oxford OX4 4HG, , United Kingdom -
Start Date | Expiry Date | Salary | Posted On | Experience | Skills | Telecommute | Sponsor Visa |
---|---|---|---|---|---|---|---|
Immediate | 25 Jan, 2025 | Not Specified | 26 Oct, 2024 | N/A | Facs,Icc,Evs,Vector Nti,Blotting,Sequence Analysis,Neuroscience,Transfection,Maintenance | No | No |
Required Visa Status:
Citizen | GC |
US Citizen | Student Visa |
H1B | CPT |
OPT | H4 Spouse of H1B |
GC Green Card |
Employment Type:
Full Time | Part Time |
Permanent | Independent - 1099 |
Contract – W2 | C2H Independent |
C2H W2 | Contract – Corp 2 Corp |
Contract to Hire – Corp 2 Corp |
Description:
KEY ACCOUNTABILITIES
The candidate will work in a collaborative matrix structure, working closely with the R&D team. The key responsibilities will include:
- Engineer extracellular vesicles to carry gene editing modalities to be delivered to CNS.
- Perform extensive analysis of the product for quantification of editor/guides using various analytical techniques.
- Validate the Genome Ediitor delivery in vitro, using relevant cell lines and analytical tools for the gene editing read-outs (testing uptake, distribution, efficacy, specificity)
- Identify relevant in vitro models and perform bridging studies to map the translatability of the product from in vitro to in vivo
- Analyse, summarise, and document experimental results, as well as being able to communicate them effectively in meetings
- Test and troubleshoot new assays and techniques and propose next steps
ESSENTIAL SKILLS:
- Expertise in cell culture manipulation, maintenance, and transfection, along with molecular characterization of edited cells
- Proficiency in molecular biology techniques, including DNA/RNA purification, DNA sequence analysis, PCR, cloning, qPCR, FACS, ICC, and Western blotting
- Hands-on experience with gene editing technologies or experience working with extracellular vesicles (EVs)
- Experience using sequence manipulation software (e.g., Vector NTI, SnapGene)
- Eagerness to learn and explore emerging scientific fields
- Ability to work effectively in a fast-paced, dynamic environment and meet deadlines
BENEFICIAL SKILLS:
- Background knowledge in neuroscience or neurological diseases
- Hands-on experience with pre-clinical models in the CNS field
- Previous experience in an industry setting
- Knowledge of exosome or lipid nanoparticle-based therapeutics
- Experience working with iPSC-derived neurons
- Familiarity with gRNA design and off-target mapping tools
Responsibilities:
MAIN PURPOSE OF JOB
The role will be an integral part of the Research Department, playing a key role in advancing Genome Editing technology, delivered by exosomes, towards pre-clinical and clinical studies. The successful candidate will apply various loading strategies to deliver Genome Editing therapeutics, contributing to the development of a new class of biotherapeutic products. Additionally, they will be responsible for evaluating the uptake, distribution, efficacy, and specificity of the loaded material in disease-relevant models.
The candidate will work in a collaborative matrix structure, working closely with the R&D team. The key responsibilities will include:
- Engineer extracellular vesicles to carry gene editing modalities to be delivered to CNS.
- Perform extensive analysis of the product for quantification of editor/guides using various analytical techniques.
- Validate the Genome Ediitor delivery in vitro, using relevant cell lines and analytical tools for the gene editing read-outs (testing uptake, distribution, efficacy, specificity)
- Identify relevant in vitro models and perform bridging studies to map the translatability of the product from in vitro to in vivo
- Analyse, summarise, and document experimental results, as well as being able to communicate them effectively in meetings
- Test and troubleshoot new assays and techniques and propose next step
REQUIREMENT SUMMARY
Min:N/AMax:5.0 year(s)
Information Technology/IT
IT Software - Other
Software Engineering
Graduate
Proficient
1
Oxford OX4 4HG, United Kingdom