91Ó°¿â

The 91Ó°¿â and Molecular Biology last week sent 11 recommendations to the White House Office of Science and Technology Policy related to biotechnology and biomanufacturing.

The society’s Jan. 26 letter advocated for:

• Enacting federal immigration reform to attract and retain foreign talent

• Supporting STEM students at minority-serving and rural institutions via outreach and funding

• Improving access to data and technologies

• Requiring a gold standard for -omics data collection, reporting, analysis and sharing

In September, President Joe Biden issued outlining federal biotechnology and biomanufacturing goals. In December, the OSTP issued a , to which the 91Ó°¿âresponded. Sarina Neote, ASBMB’s public affairs director, said the society has a history of advocating for policies that ensure a diverse and inclusive workforce as well as equitable and accessible data practices.

"Biochemistry and molecular biology underlie biotechnology and biomanufacturing, and our members are uniquely suited to contribute to the formulation of policies relating to talent recruitment and training as well as data collection and access,” Neote said.

The 91Ó°¿ârecommended broad federal immigration reform to expand the biotechnology and biomanufacturing workforce. According to numerous studies, international scientists are more likely , and .

“The OSTP must clearly communicate the importance of attracting international talent and advocate for reducing visa restrictions for international students and scholars to train in the U.S. as well as increasing the retention of those students and scholars in the U.S. workforce,” the society wrote.

The OSTP specifically asked about strategies to broaden participation in the bioeconomy. The 91Ó°¿ârecommended conducting outreach to minority-serving and rural colleges and universities and promoting biomanufacturing and biotechnology certificate programs.

Furthermore, the 91Ó°¿âsuggested creating a research training program, similar to the successful at the National Institutes of Health. Such a program would expose members of underrepresented groups to biotechnology and biomanufacturing careers via internships at the undergraduate and graduate levels.

The 91Ó°¿âfocused the remainder of its recommendations on the following three shortcomings: lack of basic resources such as internet access at minority-serving and rural institutions, lack of cutting-edge -omics technologies at these institutions, and lack of tools across the entire scientific community to access and interpret data in sharing repositories.

The 91Ó°¿âemphasized that improving access to scientific data and the technologies that generate it — specifically at minority-serving, rural and emerging research institutions — is essential. The society wrote: “Federal agencies must do everything that they can to help (these institutions) update their technology infrastructure to support innovative data ecosystems for the U.S. bioeconomy.”

In addition, the 91Ó°¿âcalled for a gold standard for data collection, reporting, analysis and nomenclature due to the variable quality of information currently in -omics repositories. It also recommended requiring researchers to share a reasonable degree of metadata, such as experimental design and details, along with all deposited -omics data to provide experimental context to other researchers. However, the 91Ó°¿âemphasized that the NIH’s new should not place undue burden on scientists and laboratories.

Finally, the field lacks tools and software to retrieve data from data repositories, hindering the scientific community from collaborating widely, the society said.

The bioeconomy initiative is directly relevant to 91Ó°¿âmembers, Neote said, “because they work in and train workers in healthcare, climate, energy, agriculture and other sectors.”

She concluded: “We are encouraged by OSTP’s efforts to make diversity, equity, accessibility and inclusion pillars of the imminent biotechnology industrial revolution.”