From Here to There and Back Again too - PowerPoint PPT Presentation

1 / 27
About This Presentation
Title:

From Here to There and Back Again too

Description:

1. From Here to There (and Back Again too) James Kahn MD. Co-Director CFAR Mentoring Project ... James Kahn et al. 6. The Facts. The company spent 180M to ... – PowerPoint PPT presentation

Number of Views:39
Avg rating:3.0/5.0
Slides: 28
Provided by: jka68
Category:
Tags: again | back | here | kahn

less

Transcript and Presenter's Notes

Title: From Here to There and Back Again too


1
From Here to There (and Back Again too)
  • James Kahn MD
  • Co-Director CFAR Mentoring Project

2
Outline
  • Working with industry from inside the world of
    academics
  • Transitions from an academic position or training
    program

3
Working with industry from inside the world of
academics
  • Optimally everyone can find something of value to
    emerge from collaborations including that
    advances science or care
  • New products or applications of products
  • Novel pathways of investigations
  • Access to samples, products or technologies
  • Interactions to people, facilitative training,
    support or funding

4
However there is Tension
  • Academics are valued for their status and
    independence, but are used for advice, for
    contract research, and as a means of conveying
    messages. This is a fundamental culture clash
    since
  • Independence cannot be marketed for a fee,
  • Opinion too easily shades into advocacy,
  • Secrecy and science do not mix.

5
Case study
  • Evaluation of HIV-1 Immunogen, an Immunologic
    Modifier, Administered to Patients Infected With
    HIV Having 300 to 549 x 106/L CD4 Cell Counts A
    Randomized Controlled Trial
  • JAMA. 20002842193-2202.
  • James Kahn et al.

6
The Facts
  • The company spent gt 180M to develop a product
  • University Investigators formed a research
    network to study the product---contracts were
    signed.
  • During the study the DSMB reviewed data and found
    no difference between placebo and product
    groups.
  • Data was not supplied to publish the data
  • Attempts to obtain the data led to new
    restrictions on the publishing of the data.
  • Investigators published the Negative Results
    from the DSMB report.
  • A legal action was begun against the
    investigators.
  • Legal action was dropped without prejudice

7
Issues
  • Collaborative relationships need to be viewed as
    long-term activities driven by a common unifying
    goalyou need to understand the goals. Trust and
    commitment can be elusive if the goals are not
    clear and problematic even if they are clear.
  • Working with industry can give you access to new
    products or new applications and funding
  • Determine what is important to all parties and
    then specify the issues in a contract.
  • Contracts and Grants provide key service
  • Ask for advice from mentor or supervisor.

8
Expectations
  • No limits on intellectual freedom and everyone
    must respect intellectual property.
  • No limits on student/post-doctoral involvement
  • No acceptance of any financial involvement
    (consulting, lectures, fees, stock or options)
    during the conduct of the trial/study/project.
  • Contracts are a mustno ad-hoc arrangements
  • http//www.research.ucsf.edu/Units/Osr.asp

9
What comes after Academics?
  • Making Changes or Transitions
  • What to consider in making decisions
  • What are the options?

10
When is it time to Look?
  • When you are most successful
  • When you are least successful
  • When you have time to prioritize thinking about
    yourself
  • When you think you ready for a change
  • When something out there is more appealing than
    what you are presently doing.
  • When someone tells you it is time.

11
(No Transcript)
12
(No Transcript)
13
Gender Inequities may contribute to changes
  • Female faculty were more than 2.5 times more
    likely than male faculty to perceive gender-based
    discrimination in the academic environment (Plt
    0.001). Among women, rates of reported
    discrimination ranged from 47 for the youngest
    faculty to 70 for the oldest faculty.
  • Ash AS, Carr PL, Goldstein R, Friedman RH. Ann
    Intern Med. 2004 Aug 3141(3)205-12.

14
Biological Sciences Careers
  • Traditional career paths
  • Academics instructor/asst. professor
  • Federal or State or Local Government Lab or
    Public Health
  • For-profit analytical laboratory CRO,
    diagnostics
  • Bio suppliers Sales, RD
  • The road less-known
  • Computing/data management
  • Project management/science administration
  • Intellectual property law
  • Scientific journalism
  • Forensics
  • Microbiology, Virology, GC/MS
  • Esp. with foreign language skills

15
Differences between For-Profit and Academic
Enterprises
  • For-Profit Enterprises
  • Applied
  • Product Driven
  • Employee environment
  • Customer orientatedWhat does the person across
    the table wants and need
  • Focus on quality control, regulatory affairs,
    Intellectual property.
  • Academic Enterprise
  • Hypothesis Driven
  • Answer the question posed.
  • Training Emphasized via Student / Fellow
    /Post-doc environment
  • More independence perhaps less intra-org
    cooperation although there can be excellent
    inter-org cooperation.

16
Key Drivers for Choosing the Next
Environment/Enterprise
  • Level of scientific independence
  • Economic risk and rewards
  • Level of profitability of the Enterprise
  • Opportunity for advancement
  • Regional considerations
  • Corporate HQ or "outpost destinations

17
Research in For-profit Enterprises (and
Government)
  • The Good news
  •     Teamwork
  •     Fewer pressures to publish
  •     Planned approach
  •     No budget problems
  •     Access to new methodology
  •     Stock options, salary
  •    Administrative support
  • Focused approach to applications

18
Research in For-profit Enterprise (and Government)
  • The Bad news
  • Shared science
  • Cant publish the hot stuff
  • More paperwork
  • Deadlines
  • Ultimate control by non-scientist
  • No students or fellows

19
Enterprises are NOT the same
  • Larger entities tend to
  • Be more lumbering
  • Challenges with communication
  • Have more expertise on board
  • More opportunity for formal training
  • More options or more projects to work on
  • Smaller entities tend to
  • A more dynamic process
  • Greater inter-dependence
  • More informal
  • Tends to have greater focus (why large entities
    have themes)

Size really does matter
20
How Can You Evaluate a Bioscience Company?
  • Scientific foundation/goals What exactly do
    they do that relates to your skills and future
    plans?
  • Funding Living on borrowed time or profitable?
  • Management/organizational structure
    Free-wheeling startup or lockstep control freaks?
  • Proprietary position Do they have issued
    patents on the their technology platform?
  • Competition How many other companies are out
    there doing exactly the same thing?
  • Administrative Support Are you going to do what
    you are good at or is there non-scientific
    pressures?

21
What is sought in a new employee?
  • A team player
  • Reliability
  • On-time performance
  • Good "people skills"
  • Smart, self-correcting
  • Able to accept criticism and make corrections
  • Future potential
  • Excellent scientific capabilities
  • Will you fit into the organizations culture?

22
The Search Committee will ask themselves Can
this person
  • In Academics..
  • Compete in science in your chosen field
  • Anchor a key technology and/or run a core
    facility
  • Teach a course, especially an entry-level
    requirement
  • Self-promote to attract attention, fellows, and
    grants
  • Publish often and well
  • Become fully funded and stay that way
  • In a Business..
  • Know a competitive scientific field
  • Anchor a key technology and/or run a process
  • Communicate effectively by both oral and written
    means
  • Get along in a team environment
  • Plan and meet timelines
  • Do work that makes money for shareholders

23
Do Your Homework!
  • Visit the Corporate website
  • What is the Corporate mission?
  • What is their Scientific mission?
  • What is their technology base?
  • Is it unique?
  • Is it proprietary?
  • Scientific founders
  • Scientific Advisory Board Membership
  • Corporate Board Membership
  • Patent Estate
  • How do they make money?
  • What do the do with their money?

24
Distinctions Early-Stage and Late-Stage
Enterprises
  • Companies Early-stage (e.g., startup biotech)
  • Much can be published, presented at meetings
  • Latitude to pick the direction and approach
  • Work much like an academic lab
  • You will multi-task
  • Late-stage (e.g., big pharma, big biotech)
  • Key work is private
  • Direction according to team needs and planning
  • Stratified levels of authority like Government
  • Keep eye on the ball

25
Consider New Models
  • Contingency Scientist--Contract work with limited
    time commitment
  • Gain a toe-hold in the marketplace
  • Flexible hours and work arrangement
  • Visa sponsorship
  • For mid or late career changes it is a time to
    enter quasi-retirement
  • Test for a good fit before establishing a
    permanent situation.
  • Down side too benefits are limited even if
    salaries are higher.

26
(No Transcript)
27
Major Common Element
  • The Pursuit of Discovery
  • I never want to do things that somebody else can
    do equally well. I want to do things where I have
    something unique to contribute
  • Perry B. Molinoff, M.D.
Write a Comment
User Comments (0)
About PowerShow.com