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Startup of the Month: Concerto Biosciences – Discovering the microbial orchestra round us » Startups, Accelerators, & Entrepreneurs


“There’s a saying entrepreneurs dwell by—Do greater than anybody thought attainable with lower than anybody thought crucial.” These are the phrases of Dr. Cheri Ackerman, Co-founder and CEO of Boston-based Concerto Biosciences, as she describes her firm’s considering. She and her two cofounders, Dr. Jared Kehe and Dr. Bernardo Cervantes, are doing simply that. With the assistance of an ingenious new know-how platform, they’re reimagining how humanity interacts with microbes.



Microbes are all over the place round us: within the soil, in air that we breathe, and everywhere in the human physique. Sometimes, microbes are regarded as dangerous. Typically, we attempt to eradicate the micro organism or “germs” that make us sick with sanitizers or antibiotics.

Thousands and thousands of microbes type invisible networks throughout us that form the well being of our our bodies and environments. (Picture courtesy of Concerto Biosciences)

Regardless of widespread notion, life as we all know it couldn’t exist with out microbes. “They aren’t simply fascinating from a scientific perspective. They’re, in actual fact, an important part of worldwide homeostasis. That features the biosphere at massive; that features each plant, animal, and human being,” Dr. Jared Kehe, Co-founder and Chief Scientific Officer of Concerto Biosciences, explains. “The invisible community of microbes is a fancy, dynamic system whose efficiency relies on the interactions amongst member microbes, simply as a symphony relies on interactions amongst its devices. By way of thousands and thousands of years of coevolution, people have come to rely on that efficiency. Regardless of this dependence, we’ve spent the final century indiscriminately killing microbes. In order engineers, we ask: Is there a greater means?”  

It was the alarming disconnect between the way in which we usually kill microbes and the unrealized potential of engineering these advanced techniques that led to Cheri and Jared partnering and the emergence of the know-how behind Concerto. Jared illustrates all the nice microbiology can do for humankind: “If we will be taught to shepherd microbial communities to carry out helpful duties, we acquire entry to a completely new frontier of illness remedy, shopper merchandise, crop science, and setting modification.”

With the craving to raised perceive these advanced techniques, the crew turned their consideration to creating the know-how to measure, at unprecedented scale, how microbial interactions drive fascinating microbial behaviors. Concerto makes use of this information to pinpoint “microbial ensembles”, combos of microbes that work collectively to carry out unimaginable feats. 



What’s stopping us from systematically measuring microbial interactions? The problem, merely put, is combinatorial math. As Cheri and Jared clarify, the sheer variety of interactions or combos that you could create from, say, ~1,000 microbes grows exponentially into the billions as you begin setting up subsets of two, 3, and 4 microbes at a time. 

Current know-how can’t work quick sufficient to carry out such experiments. The most effective robots we now have can solely scale upwards of 20,000 combos per day. Enter the kChip, Concerto’s game-changing know-how that as of June 2021, constructs 420,000 combos per day. Cheri and Jared plan to double this quantity in 2022.

The kChip know-how platform permits for the speedy measurement of thousands and thousands of microbial interactions. (Picture courtesy of Concerto Biosciences)

“The kChip constructs all the attainable combos from a set of microbes quickly and robotically,” says Jared.

The know-how works by randomly grouping tiny, color-coded droplets of various microbes into the microwells of a kChip. Thousands and thousands of those groupings are produced. By coloration coding every droplet, the crew can optically establish the members of every mixture. The crew can then observe the conduct of every microbial mixture, map the total internet of interactions, and establish which microbes inside that internet drive particular capabilities. “That internet presents Concerto with an instruction handbook of Nature. We get to make use of that instruction handbook to construct issues,” Jared says.

The crew first got down to map how microbes that dwell on our pores and skin stop the microbe Staphylococcus aureus (higher often known as “Staph”) from over-proliferating and secreting toxins, that are underlying causes of eczema. By figuring out the combos that mobilize a microbial neighborhood to suppress the virulence of S. aureus, the crew has found a microbial ensemble that they plan to develop as an eczema remedy. Jared shares that “this is a chance to deal with pores and skin illness by placating misbehaving strains like S. aureus reasonably than merely killing every thing that lives there. That’s a extra elegant and highly effective resolution than warfare.”



Like many engineers, Jared first encountered MATLAB throughout his undergraduate research at UC San Diego. By way of graduate faculty at MIT, the place the kChip was born, MATLAB turned his “go-to for any and all evaluation and coding.” 

The unique tutorial crew that developed kChip, which included Jared, Cheri, their former labmate Anthony Kulesa, and their advisor Paul Blainey, used MATLAB for a number of points of the platform improvement. Very early on, MATLAB was used to discover totally different configurations to optimize the geometry design of the microwells. The crew makes use of MathWorks instruments to extract details about the behavioral attributes of the microbe combos. “MATLAB is a very good picture evaluation software,” feedback Jared. “Translating uncooked photos into .csv recordsdata that organized the information was the start line for the a lot deeper evaluation of the underlying microbial ecology.”

Fluorescent evaluation of kChip microwells extracts how every microbial mixture impacts a virulence readout. (Picture courtesy of Concerto Biosciences)

As a member of MIT Enterprise Mentoring Companies, Concerto Biosciences had a connection to the MathWorks accelerator program, which gives early-stage startups with entry to free MATLAB software program and help. As an early stage, useful resource strapped startup, “we had actually nothing and to have a workhorse in place to deal with any knowledge was important,” Jared explains when contemplating the significance of accessing MATLAB as a software.



Following the profitable discovering of their first ensemble for pores and skin well being this previous yr, the crew is trying forward. They plan to proceed advancing their first product and sharing with sufferers, seeing how properly it performs and assessing its useful properties. Cheri foresees many makes use of for the know-how, hoping particularly to maneuver into ladies’s well being within the subsequent yr and “broadly throughout all the purposes you may think about,” she says. “We wish to make the platform quicker and cheaper and open up this new class of merchandise to different firms who wish to collaborate with Concerto.” 

The startup can be increasing its discovery crew, on the lookout for the fitting match of individuals to affix. “The basic reward for me is constructing the tradition of this firm, being one of many folks that will get to determine what we worth as a bunch of individuals…creating an setting with curiosity and mental sparring, but additionally caring about one another.” Cheri closes on what she loves about constructing Concerto Biosciences: “I typically say the rationale that I left academia to do that startup was the precise folks that have been dedicated to the startup. What a singular second in time to have these individuals aligned and able to soar into this.”

You possibly can be taught extra about Concerto Biosciences at




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