Entrepreneurial Events

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A list of events focused on the life sciences.  Check your calendar, digital or otherwise.

 

6th Annual International Partnering Conference: BioPharm America 2013
September 17–19, Westin Boston Waterfront
https://www.ebdgroup.com/bpa/index.php

BioBasics
September 26–27, Alexandria Center for Life Sciences, New York
https://biotechprimer.com/classes/class-calendar/biobasics/item/99

PSA: the Pharmaceutical Strategy Conference
September 23–25, Millennium Broadway Hotel, New York
https://www.elsevierbi.com/mkt/Conf/PSA/2013

Newsmakers in the Biotech Industry
September 27, Millennium Broadway Hotel, New York
https://www.biocentury.com/conferences/newsmakers/dates

2013 RAPS: the Regulatory Convergence
September 28–October 2, John B. Hynes Veterans Memorial Convention Center, Boston
https://www.raps.org/education-amp-training/2013-raps/hotel-and-travel.aspx

13th Annual Biotech in Europe Investor Forum
September 30–October 1, Hilton Zurich Airport Hotel
https://www.sachsforum.com/zurich13/index.html

9th Annual Burrill Personalized Medicine Meeting
September 30–October 1, Bently Reserve, San Francisco
https://www.burrillandco.com/personalized_medicine_2013/

CalBIO

calbio2013-banner-299x1481I recently attended CALBIO 2013 in San Diego, along with Samy HamdoucheAndrew Lim and Weston Nichols. The event was headlined by Craig Venter and Patrick Soon-Shiong, and breakout sessions featured industry veterans who discussed topics ranging from corporate venture capital to university tech transfer. Most importantly, there were numerous opportunities to mix and mingle, both during casual coffee breaks and formal speed-dating sessions.

With San Diego sunshine overhead, the atmosphere at the conference was upbeat and friendly, and merging the digital and biological realm was a recurring theme. Venter kicked off the conference with a glimpse into the biotechnology of tomorrow. He spoke of “biological teleportation,” where computers hooked up to molecular printers can download DNA blueprints from the Internet and immediately make biological molecules such as insulin. Using this system, pathogen genomes could be distributed to disease control centers around the world as outbreaks happen, allowing nations to respond with vaccines in real time.

Soon-Shiong revealed his planned biomedical information superhighway – an IT infrastructure across the US that connects physicians, scientists, and the entire healthcare ecosystem in an integrated and speedy manner. The network is designed to be connected to sequencing centers so doctors could receive near-instantaneous genome sequencing and analysis of patients’ DNA. By making medical information sharing more intelligent, Soon-Shiong hopes to eliminate misdiagnosed cancers. While others have attempted to digitize individual parts of healthcare, such as medical records, Soon-Shiong is working to bring the entire healthcare industry up to speed at once.

In a breakout session, a venture capitalist mentioned that the atmosphere was “more bullish” than years past, and indeed, the IPO window for biotech companies appears open, though some panelists expressed concern about how long this will last. In a session titled “Finding the Money: Where to Look and What Sells” (click here for PDF of conference program), panelists from several VC firms spoke of the difficulty in raising new funds. While limited partners used to allocate a portion of their investment toward life science funds, they now invest only with VCs that have a strong track record of providing returns. Another panelist and investor mentioned that VCs are less concerned about where startups have raised money from in the past, and that VCs no longer make distinctions between “good money” and “bad money.”

In the “Funding Collaborations between Pharma and Traditional VC funds” session, VC and pharma representatives discussed their expanding relationship. Traditional VCs are generally seeking purely financial returns, but corporate VCs can also have strategic goals, such as acquiring drugs for their pharma sponsor’s pipeline. This desire for access to good molecules (as well as pharma’s deep pockets), allows corporate VCs to sometimes fund beyond traditional VCs.

In the “Pharmaceutical Business Development Investing” session, panelists mentioned that they see far too many drug reformulations and want to see more innovative therapeutics. Pharma representatives involved in academic outreach mentioned they like collaborators who have a deep understanding of the biology behind diseases, as well as a roadmap for clinical trials.

For the entrepreneurs, the sessions in the “Life Science Speed Dating: Finding the Diamond Ring from VC and Pharma” track allowed two-minute pitches for select companies, with the winner chosen via audience applause. The two-minute timeline proved challenging for many, and the entrepreneurs who delivered refined pitches attributed it to practice. Industry panelists from each session gave valuable feedback to the entrepreneurs giving pitches.

As students, the conference gave us insight into the workings of the biotech industry and perspective on how our scientific training fits into the greater scheme of things. We’re looking forward to CALBIO 2014.

Gene Kym

Predicting Investment Appeal

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Click to enlarge.

Innovation in biotechnology depends on many things, especially capital. The question is: What can a country do to increase its odds of becoming a go-to country for biotech investors? A recent analysis reveals that the 2013 Scientific American Worldview can be of help to countries looking to increase their appeal to investors.

The investment-attracting roadmap arises from the Scientific American Worldview Scorecard, which provides a meta-analysis of innovation potential in biotech for 54 countries. Yali Friedman developed the system of analyzing this information, and he collects the data, which come from a mix of published reports, publically available data and elsewhere.

A wide range of factors determines a country’s potential to generate innovative biotechnology, and thus, this scorecard examines a diverse collection of metrics, ranging from data on patents and the revenue produced by public biotech companies relative to a country’s GDP to infrastructure quality and the absence of violence/terrorism. By using a mixture of absolute and relative measurements, and each component getting equal emphasis in the final result, smaller and larger countries are fairly compared.

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