Synthetic biology is in its infancy, but its drawing comparisons to the internet of a generation ago. Bill Gates, Cathie Wood, and venture capitalist John Doerr are among those who are investing in synthetic biology companies.
What excites investors is the promise of programming the DNA of microorganisms like yeast as if they were computers and getting them to produce products more cheaply and with a lower carbon footprint than traditional manufacturing.
Synthetic biology could reduce the need for petroleum-based chemicals as well as for plant- and animal-based products, benefiting the environment. Proponents say that the total addressable market is over $1 trillion.
This is what it might have been like 25 years ago if some guy had walked up to you and said the internet was going to be an amazing investment and you had no idea what he was talking about, says Rick Schottenfeld, the general partner of the Schottenfeld Opportunities fund, an investor in Amyris. This is where we are with synthetic biology.
Yet for all the bold claims and hopes for an industry once known as industrial biotech, revenue overall currently totals less than $1 billion. And no one is making a profit.
Synthetic biology has so far produced mostly niche products like squalane, a moisturizer formerly sourced from shark liver; vitamin E; a sugar substitute; and vanillin. Amyris, which makes an estimated 70% of the worlds squalane using engineered yeast cells and sugar cane, says its efforts have saved as many as three million sharks a year.
The small scale of the industry at present hasnt dimmed investor interest in the three main plays on synthetic biology: Amyris (ticker: AMRS), Zymergen (ZY), and Ginkgo Bioworks. Ginkgo is due to go public in the current quarter through a merger with Soaring Eagle Acquisition (SRNG), a special-purpose acquisition company, or SPAC. It will be renamed Ginkgo Bioworks Holdings.
Investors may want to take a basket approach to the stocks. The combined market value of the three is $25 billion.
Synthetic biology, which blends biotechnology and industrial chemistry, isnt an easy concept to grasp. The magic of biology, Ginkgo CEO Jason Kelly has noted, is that cells run on something akin to a computers digital code. Instead of zeros and ones, the four DNA base pairs adenine, cytosine, guanine, and thymine guide cells.
Think of synthetic biology as hijacking the natural biology of the cell and reprogramming it to produce something of interest, says Doug Schenkel, a Cowen analyst who has Outperform ratings on Amyris and Zymergen. Rather than have yeast make beer, you hijack it to make the scent of a flower.
Programming DNA, of course, is harder than programming computers, but progress is coming quickly.
With impressive DNA coding capabilities, Ginkgo views itself as the industrys Amazon Web Services, working with companies in consumer, pharmaceutical, and agricultural areas to design microorganisms and cells from mammals to make desired products or drugs. It provided help to Moderna (MRNA) in its development of the Covid-19 vaccine.
Ginkgo is looking to build a platform to make biology and cells as easy to program as computers, says Kirsty Gibson, a portfolio manager at Baillie Gifford, which is buying stock in Ginkgo as part of the SPAC deal. Whats really exciting is that its not limited by industry verticalsagricultural, flavor and fragrances, pharmaceuticals, food.
Amyris controlling shareholder is one of the countrys most successful venture capitalists, John Doerr, who was an early investor in Alphabet (GOOGL) and Amazon.com (AMZN).
I believe synthetic biology will continue to be a big part of making our planet healthier and our future more sustainable, Doerr tells Barrons. Amyris is delivering on the promise of synthetic biology. Doerr is chairman of Kleiner Perkins, the Silicon Valley venture-capital firm.
Synthetic-biology manufacturing often involves large fermentation tanks filled with genetically re-engineered microorganisms like yeast that are filtered out of the finished product. This manufacturing technique uses little energy, but is unproven on a major scale.
Amyris is the furthest along, based on revenue and products. It projects $400 million in 2021 sales and break-even results based on earnings before interest, taxes, depreciation, and amortization, or Ebitda. Amyris, whose shares trade around $13.50, is valued at $4 billion and looks like the best bet. Its CEO, John Melo, sees a potential $2 billion in sales and $600 million of Ebitda in 2025.
With an all-star investor lineup including Gates Cascade Investment, Ginkgo has generated the most buzz. Based on the SPAC transaction, it has the highest market value of the threeabout $18 billion. Its projected 2021 revenue, however, is very modest, about $100 million.
Perhaps reflecting its lofty valuation, Soaring Eagle Acquisition shares havent budged since the May SPAC deal. The result is that investors can buy the stock for $9.95, a slight discount to the price of $10 at which several prominent investment firms including Cathie Woods Ark Investment Management and Baillie Gifford, an early backer of Tesla (TSLA), agreed to invest $775 million as part of the SPAC merger with Ginkgo.
Ginkgo calls its microorganism design fees foundry revenues. It has royalty deals or equity stakes in 54 partners, and is working with Bayer (BAYRY), Roche Holding (RHHBY), Sumitomo Chemical (4005.Japan), and Robertet (RBT.France), a maker of flavors and fragrances.
Zymergen, which went public in April at $31, is focused on consumer electronics. It has developed a durable optical film called Hyaline, which can be used on foldable cellphones and tablets. Now trading around $35, Zymergen is valued at $3.5 billion. SoftBank Goups (SFTBY) venture fund and Baillie Gifford are investors.
E=estimate. *SRNG is in the process of merging with Ginkgo Bioworks, with the result of Ginkgo becoming a publicly-traded company. **Since IPO earlier this year. Note: Ginkgo sales are foundry only; SRNG market value is post Ginkgo merger.
Sources: Bloomberg; company reports; HSBC
Amyris shares have doubled this year as the company has delivered strong revenue growth.
Amyris takes sugar, selling for under 50 cents per kilogram (22 cents a pound), and converts it into skin creams and other direct consumer-care products that retail for over $50 for a 50 milliliter bottle (1.7 ounces), wrote HSBC analyst Sriharsha Pappu in initiating coverage of Amyris with a Buy rating and $20 price target.
The company uses bioengineered yeast to produce an array of products from sugar cane, including vitamin E, squalane, vanillin (the flavoring for vanilla), and a sugar substitute using a compound called Reb M that is normally found in the stevia plant.
The vanillin, CEO Melo says, is equivalent in quality to Madagascar vanillin and is sustainably produced from sugar cane. We dont have to worry about water or land use or child labor. Madagascar is the worlds top producer of vanillin.
Cosmetics are a major focus. Amyris launched the Biossance line of products in 2017, selling directly to consumers and through retailers like Sephora. A major ingredient in many Biossance products is squalane, a version of squalene, a naturally occurring moisturizer in the skin.
Melo sees the companys consumer branded business, including Biossance and Purecane, a sugar substitute, as the key growth drivers. Up next is an acne product. Amyris is also an ingredient supplier. Melo sees branded products generating $150 million of sales this year, up from about $50 million in 2020, and topping $300 million in 2022.
Amyris has introduced its own brands and built its own factories, in contrast with Ginkgo, which pursues an asset-light strategy of developing microorganisms and letting partners do the manufacturing and marketing.
Our focus and what makes us successful is that weve figured out which products to go into first to drive real revenue and a business rather than being a science experiment, says Melo, who isnt fond of the Ginkgo approach, saying that it has yielded little in the way of recurring revenue so far. Having your own factory is critical. It [manufacturing] is the bottleneck today for unleashing the power of synthetic biology.
Newsletter Sign-up
Get a sneak preview of the top stories from the weekend's Barron's magazine. Friday evenings ET.
It also matters for profits. When we sell a kilo of squalane directly to the consumer, we get $2,500 per kilo, Melo says. When I sell it to another beauty company, I am getting about $30 per kilo. $30 versus $2,500think about that math.
Randy Baron, a portfolio manager at Pinnacle Associates, believes that there is huge potential in Amyris. It could generate 35% top-line growth for the next decade-plus, he says. Trading at a big discount to Ginkgo, Amyris could hit $30 by the end of this year and $75 by the end of 2022, he says.
Zymergens goal is to develop bioengineered products in half the time and at a tenth the cost of conventional manufacturing. None of its products are on the market yetits Hyaline film is now being evaluated by partners. Zymergen is also developing an insect repellent free of DEET, a chemical that makes many consumers uneasy.
Zymergen has a large addressable market, and it can work with different host microbes, says Cowen analyst Schenkel, referring to yeast, bacteria, and fungi. He has an Outperform rating on the stock. If it can succeed with Hyaline, there will be greater confidence that it can succeed with some of the 10 other disclosed products in development.
Ginkgo generates revenue from allowing companies to use its cell-programming infrastructure. In a presentation, Ginkgo projected that cell programming, or foundry revenue, would rise to $1.1 billion in 2025 from $100 million this year.
CEO Kelly says this revenue understates the value creation because of the royalties or the equity stakes in its customers, which the company put at roughly $500 million. Ginkgo projected that it could have over 500 partner programs by 2025, up almost tenfold from now. Kelly says it will take time for royalties to materialize, but the rising value of the stakes is an indication of value creation.
We are effectively an app store or ecosystem for folks to write cell programs and bring them to market, he says. We improve with scale. The more programs we develop, the better it gets. Its a network effect.
The CEO plays down the manufacturing issue, noting that it isnt a problem in drug development, where the company has a focus. Amyris business is bringing products to market; Ginkgo is the app store, he says.
Its too early to say whether synthetic biology will live up to the hype, but these three stocks looked poised to manufacture gains for investors.
If a small percentage of programs that Ginkgo and Zymergen are working on become real, says Cowens Schenkel, the revenue numbers could get really big. The question is when does that happen and how much credit do you give them now.
Write to Andrew Bary at andrew.bary@barrons.com
Excerpt from:
Synthetic Biology Could Be the Next Big Thing. Here Are 3 Stocks. - Barron's
- Bristol researcher awarded Women in Cell Biology Early Career Medal 2025 - University of Bristol - December 23rd, 2024 [December 23rd, 2024]
- Simple and effective embedding model for single-cell biology built from ChatGPT - Nature.com - December 9th, 2024 [December 9th, 2024]
- Distinguished investigator brings expertise in genetics and cell biology to Texas A&M AgriLife - AgriLife Today - October 26th, 2024 [October 26th, 2024]
- Institute of Molecular and Cell Biology (IMCB) - Agency for Science, Technology and Research (A*STAR) - October 13th, 2024 [October 13th, 2024]
- Joseph Gall, father of modern cell biology, dead at 96 - Carnegie Institution for Science - September 15th, 2024 [September 15th, 2024]
- A dual role of ERGIC-localized Rabs in TMED10-mediated unconventional protein secretion - Nature.com - June 27th, 2024 [June 27th, 2024]
- Yoshihiro Yoneda Appointed President of the International Human Frontier Science Program Organization - PR Newswire - June 27th, 2024 [June 27th, 2024]
- A new way to measure ageing and disease risk with the protein aggregation clock - EurekAlert - June 18th, 2024 [June 18th, 2024]
- How Flow Cytometry Spurred Cell Biology - The Scientist - June 18th, 2024 [June 18th, 2024]
- Building Cells from the Bottom Up - The Scientist - June 18th, 2024 [June 18th, 2024]
- From Code to Creature - The Scientist - June 18th, 2024 [June 18th, 2024]
- Adding intrinsically disordered proteins to biological ageing clocks - Nature.com - May 24th, 2024 [May 24th, 2024]
- Advancing Cell Biology and Cancer Research via Cell Culture and Microscopy Imaging Techniques - Lab Manager Magazine - May 24th, 2024 [May 24th, 2024]
- Study explores how different modes of cell division evolved in close relatives of fungi and animals - News-Medical.Net - May 24th, 2024 [May 24th, 2024]
- Solving the Wnt nuclear puzzle - Nature.com - May 24th, 2024 [May 24th, 2024]
- Prof. Jay Shendure Joins Somite Therapeutics as Scientific Co-founder - BioSpace - May 24th, 2024 [May 24th, 2024]
- One essential step for a germ cell, one giant leap for the future of reproductive medicine - EurekAlert - May 24th, 2024 [May 24th, 2024]
- May: academy-medical-sciences | News and features - University of Bristol - May 24th, 2024 [May 24th, 2024]
- Universal tool for tracking cell-to-cell interactions - ASBMB Today - May 24th, 2024 [May 24th, 2024]
- Close Encounters of Skin and Nerve Cells - The Scientist - April 15th, 2024 [April 15th, 2024]
- OrthoID: Decoding Cellular Conversations with Cutting-Edge Technology - yTech - April 15th, 2024 [April 15th, 2024]
- Impact of aldehydes on DNA damage and aging - EurekAlert - April 15th, 2024 [April 15th, 2024]
- Redefining Cell Biology: Nondestructive Genetic Insights With Raman Spectroscopy - SciTechDaily - March 29th, 2024 [March 29th, 2024]
- Scientists Unravel the Unusual Cell Biology Behind Toxic Algal Blooms - SciTechDaily - March 19th, 2024 [March 19th, 2024]
- Ancient retroviruses played a key role in the evolution of vertebrate brains - EurekAlert - February 21st, 2024 [February 21st, 2024]
- Singapore scientists uncover a crucial link between cholesterol synthesis and cancer progression - EurekAlert - February 4th, 2024 [February 4th, 2024]
- Scientists uncover a way to "hack" neurons' internal clocks to speed up brain cell development - News-Medical.Net - February 4th, 2024 [February 4th, 2024]
- First atomic-scale 'movie' of microtubules under construction, a key process for cell division - EurekAlert - February 4th, 2024 [February 4th, 2024]
- Small RNAs take on the big task of helping skin wounds heal better and faster with minimal scarring - EurekAlert - February 4th, 2024 [February 4th, 2024]
- Shengjie Feng channels the powers of cryogenic electron microscopy - Newswise - January 19th, 2024 [January 19th, 2024]
- Study pinpoints breast cancer cells-of-origi - EurekAlert - January 19th, 2024 [January 19th, 2024]
- New analysis of cancer cells identifies 370 targets for smarter, personalized treatments - News-Medical.Net - January 19th, 2024 [January 19th, 2024]
- EU funding for pioneering research on the treatment of gliomas - EurekAlert - January 19th, 2024 [January 19th, 2024]
- The future of mRNA biology and AI convergence - Drug Target Review - December 22nd, 2023 [December 22nd, 2023]
- The future of artificial breast milk, according to one lab - Quartz - December 22nd, 2023 [December 22nd, 2023]
- Shedding new light on the hidden organization of the cytoplasm - News-Medical.Net - December 22nd, 2023 [December 22nd, 2023]
- Bugs that help bugs: How environmental microbes boost fruit fly reproduction - EurekAlert - December 22nd, 2023 [December 22nd, 2023]
- Cells Move in Groups Differently Than They Do When Alone - NYU Langone Health - December 14th, 2023 [December 14th, 2023]
- Cells move in groups differently than they do when alone - EurekAlert - December 14th, 2023 [December 14th, 2023]
- Seattle Hub for Synthetic Biology plans to transform cells into tiny recording devices - GeekWire - December 14th, 2023 [December 14th, 2023]
- Virginia Tech and Weizmann Institute of Science tackle cell ... - Virginia Tech - October 16th, 2023 [October 16th, 2023]
- Vast diversity of human brain cell types revealed in trove of new ... - Spectrum - Autism Research News - October 16th, 2023 [October 16th, 2023]
- Singamaneni to develop advanced protein imaging method - The ... - Washington University in St. Louis - October 16th, 2023 [October 16th, 2023]
- Researchers find certain cancers can activate 'enhancer' in the ... - University of Toronto - October 16th, 2023 [October 16th, 2023]
- 2023 Hettleman Prizes awarded to five exceptional early-career ... - UNC Research - October 16th, 2023 [October 16th, 2023]
- Faeth Therapeutics Announces National Academy of Medicine ... - BioSpace - October 16th, 2023 [October 16th, 2023]
- From Migrant Farm Worker to Duke Scientist, Everardo Macias ... - Duke University School of Medicine - October 16th, 2023 [October 16th, 2023]
- Finding the golden ticket? Cyclin T1 is required for HIV-1 latency ... - Fred Hutch News Service - October 16th, 2023 [October 16th, 2023]
- Spermidine May Improve Egg Health and Fertility - Lifespan.io News - October 16th, 2023 [October 16th, 2023]
- Molecule discovered that grows bigger and stronger muscles - Earth.com - October 16th, 2023 [October 16th, 2023]
- SGIOY: 3 Biotech Stocks With Potential Future Gains - StockNews.com - October 16th, 2023 [October 16th, 2023]
- Association for Molecular Pathology Publishes Best Practice ... - Technology Networks - October 16th, 2023 [October 16th, 2023]
- A new cell type with links to gastric cancer steps up for its mugshot - Fred Hutch News Service - October 16th, 2023 [October 16th, 2023]
- Programmed cell death may be 1.8 billion year - EurekAlert - October 16th, 2023 [October 16th, 2023]
- New study confirms presence of flesh-eating and illness-causing ... - Science Daily - October 16th, 2023 [October 16th, 2023]
- New Institute for Immunologic Intervention (3i) at the Hackensack ... - Hackensack Meridian Health - October 16th, 2023 [October 16th, 2023]
- Post-doctoral Fellow in Cancer Biology in the Department of ... - Times Higher Education - October 16th, 2023 [October 16th, 2023]
- Scientists uncover key enzymes involved in bacterial pathogenicity - News-Medical.Net - October 16th, 2023 [October 16th, 2023]
- B cell response after influenza vaccine in young and older adults - EurekAlert - October 16th, 2023 [October 16th, 2023]
- Post-doctoral researcher in yeast cell biology job with UNIVERSITY ... - Times Higher Education - April 8th, 2023 [April 8th, 2023]
- expert reaction to study looking at creating embryo-like structures ... - Science Media Centre - April 8th, 2023 [April 8th, 2023]
- UCF Bone Researcher Receives National Recognition - UCF - April 8th, 2023 [April 8th, 2023]
- PhenomeX to Participate in American Association of Cancer ... - BioSpace - April 8th, 2023 [April 8th, 2023]
- Inland Empire stem-cell therapy gets $2.9 million booster - UC Riverside - April 8th, 2023 [April 8th, 2023]
- New finding in roundworms upends classical thinking about animal cell differentiation - News-Medical.Net - April 8th, 2023 [April 8th, 2023]
- Biology's unsolved chicken-or-egg problem: Where did life come from? - Big Think - April 8th, 2023 [April 8th, 2023]
- Azacitidine in Combination With Trametinib May Be Effective for ... - The ASCO Post - April 8th, 2023 [April 8th, 2023]
- Researchers clear the way for well-rounded view of cellular defects - Phys.org - April 8th, 2023 [April 8th, 2023]
- We were dancing around the lab cellular identity discovery has potential to impact cancer treatments - Newswise - April 8th, 2023 [April 8th, 2023]
- Environmental stressors' effect on gene expression explored in lecture - Environmental Factor Newsletter - April 8th, 2023 [April 8th, 2023]
- RNA therapy restores gene function in monkeys modeling ... - Spectrum - Autism Research News - April 8th, 2023 [April 8th, 2023]
- Traumatic brain injury interferes with immune system cells' recycling ... - Science Daily - April 8th, 2023 [April 8th, 2023]
- Lab-grown fat could give cultured meat real flavor and texture - EurekAlert - April 8th, 2023 [April 8th, 2023]
- Researchers reveal mechanism of polarized cortex assembly in migrating cells - Phys.org - April 8th, 2023 [April 8th, 2023]
- Probing Selfish Centromeres Unveils an Evolutionary Arms Race - The Scientist - April 8th, 2023 [April 8th, 2023]
- Meet the 2023 Outstanding Graduating Students - UMaine News ... - University of Maine - April 8th, 2023 [April 8th, 2023]
- The Worlds Sexiest Fragrance Unveiled, But Its Not For You - Revyuh - April 8th, 2023 [April 8th, 2023]
- City of Hope appoints John D. Carpten, Ph.D., as director of its ... - BioSpace - April 8th, 2023 [April 8th, 2023]
- Modernized Algorithm Predicts Drug Targets for SARS-CoV-2, Other ... - GenomeWeb - April 8th, 2023 [April 8th, 2023]
- BU researcher wins $3.9 million NIH grant to develop novel therapeutic modalities for Alzheimer's - News-Medical.Net - April 8th, 2023 [April 8th, 2023]