Contact

Grousbeck Gene Therapy Center
MEE/SERI – 2W
20 Staniford Street
Boston, MA 02114
617-573-6307

Gene Transfer Vector Core
gtvc@meei.harvard.edu

Directions & Parking

Directions

If entering from SERI main entrance (20 Staniford Street, Boston, MA 02114):

Please check in at the front desk upon arrival who will give the admin a call (617-573-6307) to escort you through the building
Directions to follow blue arrows to Grousbeck Center:
- Walk upstairs to second floor, down hallway passed SERI cafeteria and take left at 2nd floor conference room
- Take next quick right after 2nd floor conference room
- Walk down long hallway over SERI/ Simches bridge & down ramp to SERI 2-west
- Take second right (following blue arrows directing to Starr Center)
- Walk straight towards Grousbeck Center for Gene Therapy sign at end of the hallway

If entering from Simches Center (185 Cambridge Street, Boston, MA 02114):

Enter in lobby to the right (without security desk)
Take elevator to the 2nd floor
Take a right to approach SERI entrance
The door will be locked. Please call the admin at 617-573-6307 upon arrival

Parking Options

50 Staniford Street garage

Cambridge River Plaza (209 Cambridge Street)

Director

luk_vandenberghe@meei.harvard.edu

Admin.

posborn@meei.harvard.edu

Request Vectors and Reagents

To browse services offered by the GTVC, find information on pricing, or request production of an rAAV vector, click here. Please contact gtvc@meei.harvard.edu with any questions about services offered by the GTVC.

Vector request submissions are not complete without plasmid sequence and digest information. Incomplete information will delay vector production.

Interested in obtaining a reagent from the Vandenberghe lab? We aim to deposit all plasmid material at Addgene. For any questions, please contact Luk Vandenberghe at Luk_Vandenberghe@meei.hard.ard.edu.

Positions

We are always interested in talented and passionate researchers who work well in a team and compelled by gene therapy and virology. Prospective applicants can send an email to luk_vandenberghe at meei.harvard.edu with a CV, cover letter, and list of 3 references. Please provide your materials in one document and filename as YYMMDD_LASTNAME_FIRSTNAME.

Graduate Student Positions

Graduate Student Positions

Students of all Harvard programs are welcome. Dr. Vandenberghe is faculty in the following Graduate Programs:

HMS Ph.D. Program in Virology
HMS Ph.D. Program in Biological and Biomedical Sciences (BBS)
Leder Human Biology and Translational Medicine
Therapeutics Graduate Program
Students in other programs are invited to apply including Systems Biology and Immunology.

Competitive prospective applicants can send an email to vandenberghe.lab@gmail.com with a CV, cover letter, and list of 3 references. Please provide your materials in one document and filename as YYMMDD_LASTNAME_FIRSTNAME.

Postdoctoral Positions

Postdoctoral Positions

Several postdoctoral fellowship positions are available within a range of expertises and interest.

Protein Engineering, Molecular Viral Library Development and Evaluation: development of adeno-associated viral vector design and evaluation thereof using NGS and high-throughput technologies
Viral Immunology and Host-Vector Interactions: Study of the host response of novel molecular viral vectors in animal models and humans
Bio-informatics and Systems Biology: Study of large datasets on vector-host interactions relevant to gene therapy in order to obtain systems understanding of the interplay between host genomics and viral vector structure.
In vivo gene transfer and Translational Gene Therapy: evaluation of the safety and targeting potential of novel viral vectors for therapeutic gene transfer in animal models and disease models, with a focus on retina, cochlea, liver, muscle, heart and/or liver.

Scientific Staff Positions

Scientific Staff Positions

A few senior scientific staff positions are available within the Vandenberghe laboratory.

Protein Engineering, Molecular Viral Library Development and Evaluation: development of adeno-associated viral vector design and evaluation thereof using NGS and high-throughput technologies
Viral Immunology and Host-Vector Interactions: Study of the host response of novel molecular viral vectors in animal models and humans
In vivo gene transfer and Translational Gene Therapy: evaluation of the safety and targeting potential of novel viral vectors for therapeutic gene transfer in animal models and disease models, with a focus on retina, cochlea, liver, muscle, heart and/or liver.

Prospective applicants can send an email to vandenberghe.lab@gmail.com with a CV, cover letter, and list of 3 references. Please provide your materials in one document and filename as YYMMDD_LASTNAME_FIRSTNAME.