Sanofi is a diversified healthcare company focused on patients\u2019 needs. Sanofi\u2019s Tucson Research
Center fulfills its mission to serve patients through early-stage discovery of new medicines and
new medical technologies. Its three Discovery departments include the Combinatorial
Technologies Center (merging the powers of high-throughput chemistry and biology to discover
new starting points for the discovery of next generation medicines), the Early to Candidate
department (exploration and preclinical development of nascent drug discovery technologies),
and a newly formed Drug Safety group. Successful candidates will gain first-hand experience in
a dynamic, world-class drug discovery environment.<\/p>\n
Internship Guidelines:
\u2022 Summer internships last 12 weeks and can be arranged at three involvement levels: Level 1
at 20 hours per week, Level 2 at 30 hours per week, and Level 3 at 40 hours per week.
(Involvement levels will be agreed upon by each selected student and her\/his group leader
prior to the start of the internship; they are binding and cannot be changed after the start of
the internship.)
\u2022 Interns receive a stipend of $2,500 - $7,600 (depending on degree level and level of
involvement), dispersed in two equal installments, through their UA Bursar\u2019s account.
\u2022 Interns must have Continuing Student status and return to the UA for the Fall 2013 semester.
\u2022 Graduate students and undergraduates with advanced research training (2+ years) will be
considered based on the requirements listed in each project description.
\u2022 All candidates must demonstrate health, safety and environmental consciousness, be able to
\u2022 follow all health, safety and environmental regulations, standards and internal requirements. Ability to work well both in a team environment, and independently are essential.<\/p>\n
To apply submit the following materials on or before C.O.B. on March 15, 2013:
\u2022 Cover Letter clearly indicating project (or projects) of interest and how you meet the
requirements listed in the project description(s).
\u2022 Copy of your CV.
\u2022 Letter of recommendation from your primary faculty advisor (or lab PI for undergraduates),
demonstrating that the advisor is supportive of the internship experience.
\u2022 An additional letter of recommendation from one other member of your advisory committee
(graduate students) or person familiar with your research skills (undergraduates).<\/p>\n
Please send\/email your cover letter and CV to:<\/p>\n
Uwe Hilgert, Ph.D. Both recommendations letters are due at or before the deadline at the address listed; The team seeks two interns to complete the development and execute the synthesis of novel Targeted Array Synthesis \u2013 1 opening Quantitative Biochemistry \u2013 1 opening Desired Outcomes to include: Quantitative Biochemistry \u2013 1 opening Summer 2013 Sanofi Internship Stipends Graduate Students Source: Sanofi is a diversified healthcare company focused on patients\u2019 needs. Sanofi\u2019s Tucson ResearchCenter fulfills its mission to serve patients through early-stage discovery of new medicines andnew medical technologies. Its three Discovery departments include the CombinatorialTechnologies Center (merging the powers of … Continue reading
Director Education, Outreach, Training
BIO5 Institute, University of Arizona
hilgert@email.arizona.edu<\/a><\/p>\n
recommendations sent by email have to be sent through the recommender\u2019s business email.
.Summer 2013 Sanofi Internship Project Descriptions
Chemical Array Synthesis - 2 openings<\/p>\n
compound arrays. The targeted synthetic protocols deliver heterocyclic compounds for
incorporation into Sanofi\u2019s screening collection. This collection provides the starting point for
drug discovery efforts at the Tucson Research Center. Interns will be paired with mentors
experienced in parallel synthesis to exploit cutting edge synthesis and automation technologies to
optimize the protocols and deliver the desired arrays. Available projects span solid phase and
solution phase chemistries. Ideal candidates will possess a background in organic synthesis.<\/p>\n
The team seeks one intern to synthesize, purify, and characterize arrays of compounds targeting a
specific receptor using established chemistry protocols. Working under the direction of the
chemistry project leader, the intern will prepare arrays of compounds designed around scaffolds
that are privileged for their ability to interact with the targeted receptor. State of the art
automation equipment will be utilized throughout the process. The ideal candidate will possess a
background in organic synthesis.<\/p>\n
Study factors that affect cAMP responses through the GLP-1 receptor, a system that is critical in
diabetes. Depending upon the student\u2019s skills and business needs, the student will evaluate either
of the following two specific aims:
1. Evaluate the effects of Accutase\u00ae and other agents on the dose-response characteristics of
GLP-1 type peptides.
2. Explore the pharmacology of competitor compounds and analogs from Novo Nordisk and
Lilly in the potentiation of orthosteric agonists and other ligands.<\/p>\n
1. Experience working in industry that should enrich the student\u2019s education & provide
reference(s) for eventual employment or higher education.
2. Sufficient experimental data to support publication in a peer-reviewed journal.
3. Improve in-house understanding of the pharmacology & biochemistry of the receptor.
4. Provide foundation for other projects where Accutase\u00ae may adversely affect assay
performance.<\/p>\n
The research project involves computational analysis of structural information of biomolecular
targets from protein data bank (PDB) and database of measured binding affinities (BindingDB).
This involves the use of molecular modeling and informatics tools to study the following:
\u2022 Identify patterns in ligands-biomolecular interactions by binding-site analysis, pharmacophore
elucidation, pocket shape & feature analysis and computation of binding affinities.
\u2022 Clustering of the biomolecules based on their possible binding site interaction features with
ligands and\/or other proteins
\u2022 Annotation of the disease relevance of these biomolecular targets & the in silico drug
discovery feasibilities (Build a target vs. disease vs. in silico feasibility knowledgebase)
Desired outcomes to include:
\u2022 Opportunity to work with state-of-the-art computational chemistry methodologies and tools
that enrich the experience
\u2022 Experience in working in industry that should positively impact the student\u2019s education
\u2022 Improved understanding in the area of structure-based drug design and pattern recognition,
impacting our current in silico drug discovery initiatives
\u2022 Opportunity to perform computational chemistry research and possible publication in a peerreviewed journal<\/p>\n
Undergraduates
Level 1 $2,500
Level 2 $4,000
Level 3 $5,400<\/p>\n
Level 1 $3,500
Level 2 $5,500
Level 3 $7,600<\/p>\n
http:\/\/physiologynews.blogspot.com\/2013\/03\/summer-2013-sanofi-industry-internships.html<\/a><\/p>\n","protected":false},"excerpt":{"rendered":"