All posts by Jocelyn Curran

 サイエンスってこんなに楽しい。 「バイオバス」は未来の科学者達への贈り物 

この文章を読まれる方には「科学?正直苦手です」「自分と全く関係なさそう」と考える方も沢山いらっしゃるだろう。筆者の私もそうでした。でも今回はそんな方々にこそ読んでいただきたいお話です。

ブロンクスに「バイオバス」がやってきた

季節が戻り肌寒い朝を迎えた2026年3月20日。ニューヨーク・ブロンクスにあるベイチェスター・ミドルスクール(アメリカの中等学校)にとってこの日は特別なものとなった。沢山の生徒達が校舎の前に停められたバイオバス(Biobus)のロゴ入りの新しい大型バスを好奇心に満ちた目で眺めている。

「バイオバス」は幼稚園児から大学生までを対象に「科学の経験を届ける」ことを目的とした移動式ラボ。複数の顕微鏡やモニターが装備された車内はまるで秘密基地のようだ。生徒たちは放課後やお昼休みに立ち寄って気軽に科学に関係した体験ができる。

非営利団体に運営されるバイオバスはこれまでに世界中の1,000以上の学校、4万人以上の学生に「科学の一歩」を体験させてきた。訪れた学校の84%の教育者達は自然史博物館やニューヨーク科学館と「同様、もしくはそれ以上の価値」があると評価を与えている。

でも「移動式ラボ」というユニークな発想はどこから生まれたのだろうか?

「子供達はフィールドトリップ(校外学習)が大好きだろう?でも実際は準備や許可に手間がかかって、実行するのはとても大変なんだ。でもバイオバスは自分の方から来てくれる(笑)『学校の前に来てくれるフィールドトリップ』それがバイオバスなのさ」。プロジェクトの創設者の通称「ドクター・ベン」、ベン・デュービン=セイラー(Ben Dubin-Thaler)はこのバスについてこう話す。

今日は新しいバイオバスがブロンクスへ登場したことを祝う式典の日。講堂に集められた子供たちの多くはWizkids Books Before Basketball(バスケットボール練習の参加に一定以上の学業成績を必要とするプログラム) のメンバー達。数名のコミュニティー・リーダーによるの祝辞の後、ベンがスピーチの為にステージに上がった。

好奇心旺盛な子供時代

ベンは好奇心旺盛な子供だった。父も母も義父もみんな物理学者という科学が身近な環境で育った。「サッカーも音楽も好きで、特にサクソフォーンが得意だった。本やコンピューター、勿論科学も大好きだったよ。あまり自分を周りに合わせない、いわゆる『型にはまらない』子どもだったけれど、家族は『みんなと同じである必要はない』といつも励ましてくれたんだ」。

ベンは幼い頃、土を掘って遊んでいた時のことを覚えている。「家の前の小さな庭で、近所の子供と一緒に土の中に住んでいるミミズや虫を見つけようとしていたんだ。そうしたらその子のお母さんが『うちの子がこんなことをするのは初めて。これまでは土を触るのを怖がっていたのに。娘に「探究すること」を教えてくれてありがとう」そう言って僕に感謝してくれたんだ」。

その時の経験はバイオバスの形で現在に引き継がれている。「誰かが楽しそうに探究している姿を見たら、自分も真似してみたいと思うだろう?それがまずは最初のきっかけになるんだ」。

自費で購入した最初のバス

コロンビア大学で生物物理を専攻したベンは、2008年、博士課程を終えた直後にバイオバスのプロジェクトを開始。「大学院ではビジネスを学ぶ訳じゃないし、始めは何から手をつけたら良いか全くわからなかった。最初のバスは自分の貯金1万5千ドルを使って購入したんだ。その後も家族に寄付を懇願して回ってね。本当に大変だった(笑)。だから父と一緒に書いた申請書で初めて助成金を獲得した時のことは今でも忘れられないよ」。

最初のバイオバスは1974年製の乗客用バスを改造してつくられた。走るたびにガタガタとうるさい音をたて車内は常に油の匂いがする。調子が悪い時にはベン本人が修理をした。だがバスに乗車する子供達は新しい体験に輝くような笑顔を見せた。

「振り返ると、いろんなことに興味を持ってきたことが役立った。おかげでバスや電子機器が壊れた時はなんとか自分で修理をすることもできたし、助成金の文章作成、給料計算、動画制作もこれまで培った少しづつの知識が使えたからね」。

ニューヨーク市の抱える公共教育の闇

ベンのバイオバスには一つの特色がある。それは性別や人種、経済状況などの理由により科学に触れる機会が与えられていない子供達を中心にサービスを提供している点だ。プログラム参加者の8割は黒人やラテン系の学生である。

日本の教育は文部科学省が全国共通のカリキュラムを定め、地方自治体が運営を担うため、地域による差は生まれにくい。だがニューヨーク市の公共教育は地域によってその質に深刻な差が存在することで全米でも有名である。

ニューヨーク市は教育予算の多くを固定資産税に依存している。そのため低所得者層の地域と裕福な白人が住む地域では生徒一人あたりの予算に大きな差を生む。それがカリキュラムや教師の質、学校設備、成績など様々な側面に影響を与えている。 日本人にあまり知られることのないニューヨークの持つ「闇」の一つだ。

一つ例を挙げよう。黒人やラテン系の生徒達はニューヨークの公共教育システムの3分の2以上を占めている。だが2024年の小学4年生の全国学力テスト(読解力と数学)ではその半数以上が「標準以下レベル」の評価を受けている。

ベイチェスター・ミドルスクールがあるブロンクスはニューヨーク市の中で最も貧しい行政区。住民の4分の1程が低所得者層とされている。だがベンはこうしたエリアの子供達こそ科学に触れる機会が必要だということ、 そのためにはどこでも駆けつけられる移動式ラボが最適だということを知っていた。

「自分の経験から、幼い頃に科学に触れることがどれだけ重要か実感していた。だから子供達がそうした機会を与えられない社会、それを是正し、公平にする必要があると思ったんだ」。

もっと身近で楽しい科学を。ハーレムとロウアー・イーストサイドを拠点として展開されたバイオバスのプロジェクトは2011年には共同創業者のドクター・ラターシャ・ライト (Dr. Latasha Wright)が加わることで、 更に多くの学校や子供達にそのメリットを届けることができるようになった。

「発見・探求、そして追求」

生徒や先生からはこういう機会がもっと必要だ、と言う感想が多数寄せられた。「そこで2013年頃からバイオバスに加えて放課後プログラムやインターンシップの制度を開始したんだ。」とベンは語る。

現在バイオバスのプログラムは主に「Discover(発見)」「Explore(探求)」「Pursue(追求)」の3つの柱に分かれている。

「発見」プログラムは、バイオバス内で行われる顕微鏡での観察や短時間で体験できるポップアップ形式のイベント。そして「探求」プログラムは、学校やコミュニティセンターで8〜12週間にわたり実施され、学生達はより深い研究に取り組むことができる。3つ目の「追求」プログラムは、高校生や大学生を対象とした有給インターンシップ。自分の選んだ研究に加え、バイオバスに参加する年少の学生への指導の機会が与えられる。

個性あふれるジュニア・サイエンティスト達のプロジェクト

「Explore(探求)」のプログラムに参加するジュニア・サイエンティスト達(中学生と高校生が中心)の研究内容は個性的でバラエティに富んでいる。テーマは生徒達によって考案されたものだという。

あるグループは対照的な2つのエリア、富裕層が住むアッパー・イーストサイドと隣り合う低所得者層の地域、イースト・ハーレムの街路樹の育ち方の違いに目をつけ、土壌のコンディションを調査。生態学だけでなく今後の都市開発にも関連するテーマを研究した。

また別のグループはPM2.5(排気ガスなどによって排出される微粒子状物質。呼吸によって血流に入り込み心血管疾患や呼吸器疾患を引き起こす)の空気中の濃度に注目し、極端な暑さがハーレムの空気の質にどのように影響するかについて研究を行っている。

他にも硫酸銅が蝶の成長にもたらす影響、ハドソン川の水質に関する研究、中にはアルコールで酔っ払ったショウジョウバエの攻撃性の研究などというのもある。どれも彼らの日常から生まれた疑問が生み出した研究ばかりだ。

「好奇心が芽生えて子供達の目が輝く瞬間。私でも答えられない、思いもよらない質問を子供達がした時に、私はとてもハッピーに感じるのよ」とラターシャは大きな笑顔を見せる。「子供達は自分たちのエリアが抱える問題を自分たちで解決できないか探っているの」。

調査によるとバイオバスのインターン生の94%以上が大学でサイエンスを専攻、または副専攻、もしくはサイエンスの分野にある職業を選んでいるという。

「今日ここにいる若い皆さんへ」

話はミドルスクールの式典に戻る。ステージに上がったベンは関係者に感謝を述べたあと、落ち着いた声で話し始めた。

「18年前、私が初めてバスを持ち込んだ最初の中学校がありました※。それがこの学校です。2009年1月で、とても寒い日でした」。

ベンは話すのを止めると生徒や保護者の顔を見渡し、言葉を続けた。

「そのとき僕が実感したのはバイオバスによって皆さんに『科学はもっと身近なものなんだ』と感じてもらえる、ということでした。あれから18年が経ちましたが、私達の目標は今も変わりません。それは『実際に手を動かして科学を体験することがどれほどワクワクするか』『科学者のように考え、行動することがどんなことか』を伝えること。そして科学とコミュニティをつなぐことです。 今日学校の前に停まっている新しいバイオバスは、沢山の方々の協力と絶え間ないの努力の成果です。決して一夜にして実現したものではありません。実現までには3年近くの月日がかかっています。 でもこれはまだ通過点でしかありません。私たちは全ての若者が科学に触れることができる世界を目指しています。 今日ここにいる若い皆さんへ。バイオバスに乗るときはただ楽しむだけでなく、その体験を是非次に繋げてください。是非学校の授業やクラブに参加してください。そしてその楽しさを友達に伝えてください。そうやってワクワクを広げていくことが、この活動を支える一番大切な力になります」。

会場の拍手が静まったあと、生徒達は講堂を出ていよいよバスに向かう。穏やかな日差しが陽だまりをつくり、校舎前は先程より暖かくなっている。そしてバスの前には既に乗車の順番を待つ生徒の列ができている。

未来の科学者達へ届ける「最初の一歩」

今回登場した新しいバイオバスは完全電動式だ。ベンはこれをとても誇りに感じている。最大のメリットはディーゼル型と異なり走行中に二酸化炭素(CO2)などの排出ガスを出さない 「ゼロエミッション」。だから環境にも優しい。

「観察を終えてバスの中から出てきた生徒達が興奮したように周りと話している。ラターシャと同じく、科学について何もしらなかった子供達が顕微鏡を手に取り、その目が輝き始める瞬間を見るのがベンにとって最も幸せな瞬間だ。

「世界には今、解決しなきゃいけない問題が沢山ある。空に太陽の光や風の力を他のエネルギーに変えることはできないか。再生可能なエネルギーをどうやって生み出すことができるか。 若い世代が問題をクリエイティブに解決できるように、僕たちはサポートを続ける必要があるんだ」。

「科学」という言葉に身構える必要はなさそうだ。身の回りの疑問や問題を見直し、解決する鍵は「科学」なのだから。そしてドクター・ベンのバイオバスはこんなに楽しいスタイルで未来の科学者達へ「最初の一歩」を届けに今日も走る。

※2009年にDr. ベンが最初に訪れたブロンクスの中学校はベイチェスター・ミドルスクールと同じ建物内にあるJ.P. ソウサ・ミドルスクール。(J.P. Sousa Middle School )

BIOBUS
https://www.biobus.org/
設立年:2008
事業内容:幼稚園児から大学生までを対象とした科学に関するレクチャー、イベント、ラボ活動、ワークショップ。非営利団体

After School Science: Wild New York City — BioBase Harlem in pictures

BioBase Harlem is a BioBus-operated lab that hosts school groups and after-school programs, offering hands-on science sessions with microscopes and other lab equipment for students in grades 3 through 12. Opened in 2017, the space is located on the ground floor of Columbia University’s Zuckerman Institute whose mission is to decipher the brain’s code. I visited an event titled “After School Science: Wild New York City!” on February 4, 2026, where I observed the program firsthand.

The Jerome L. Greene Science Center, home to Columbia University’s Zuckerman Institute, houses BioBase Harlem, a BioBus-operated community lab on its ground floor. Since launching its Harlem programs in 2008, BioBus has partnered with schools and community organizations across Upper Manhattan, using this space to run after-school programs, internships, and hands-on science activities for local students. The arrangement illustrates a symbiotic relationship between a local community organization and a university that can support science engagement activities. Documenting such relationships is important for understanding how to develop and the necessary conditions to sustain them over the long term. CSML Images//Fanuel Muindi//Feb 4, 2026

Students and members of the public have access to a range of lab equipment typically found in research laboratories but not commonly available to the general public. CSML Images//Fanuel Muindi//Feb 4, 2026

I spoke with Sadia Choudhury, a pre-med student at New York University and near-peer mentor for BioBus’ New York City Virus Hunters, as she presented her research via a poster on tracking avian influenza viruses in wild birds in New York City. Choudhury first encountered BioBus as a student when its mobile lab visited her school. She told me she vividly remembers BioBus coming in front of her elementary school. Now working as a mentor in the program, she described the experience as “full circle,” adding, “I never assumed that I would come back and work here, and I do now.” Reflecting on the students she works with now, she noted, “They actually want to be here… they have fun learning… and they actually want to sit down and ask us more questions.”

What stood out to me was the presence of the poster itself, which provided a way for members of the public to encounter ongoing research being conducted within and by the community, while also giving those involved, such as Choudhury, an opportunity to present and communicate their work.

CSML Images//Fanuel Muindi//Feb 4, 2026

“They [Biobus mentors] were the ones who showed me the different options of what I can do in science.”

Sadia Choudhury

A student volunteer demonstrates pipetting at one of the stations. She said she first learned the technique through BioBus and now shares it with others. CSML Images//Fanuel Muindi//Feb 4, 2026

Robert Frawley, Lead Community Scientist at BioBus, assists a BioBus student volunteer (far right), as groups of students stop by one of the stations. In the background, a live video feed from the Cornell Lab Bird Cams is also on display for attendees. CSML Images//Fanuel Muindi//Feb 4, 2026

By this point, the event is in full swing, with students gathered across multiple stations inside BioBase Harlem. In addition to middle and high school participants, members of the public were also present, using the equipment alongside students. Executive Scientific Officer Latasha Wright (bottom left) said some events they host in the space draw enough interest to form a line outside the door. CSML Images//Fanuel Muindi//Feb 4, 2026

Biobus’ Executive Scientific Officer, Latasha Wright (center), helps a member of the public (standing) troubleshoot one of the microscopes. Wright told me that some BioBase events are open to adults as well, but registration, which is free, is required due to capacity constraints. CSML Images//Fanuel Muindi//Feb 4, 2026

One of the tables at the event featured students from the BioBus High School Science Internship discussing their experience in the program. Participants in the Junior Scientist Internships receive mentorship from research scientists while developing independent projects and co-teaching BioBus programs for younger students. The program offers paid, hands-on research and lab experience for high school and college students in New York City. CSML Images//Fanuel Muindi//Feb 4, 2026

I met Harvey, a student in the BioBus Junior Scientist program, who has participated in BioBus programs from an early age. It was inspiring to hear about his experience in the program and learn more about his interest in pursuing engineering studies in college and beyond. CSML Images//Fanuel Muindi//Feb 4, 2026


Christine Marizzi, Director of Community Science at BioBus, described the meaning of impact by noting that it goes beyond measuring knowledge in the classic sense, and that the goal is for participants to develop “an appreciation about science… [and] understanding a little bit about the world.” She added that the work is grounded in hands-on learning, where “you can have a conversation when you’re doing everything hands on,” and that long-term impact is evident when participants stay in touch and appreciate science. I would imagine that former participants returning to mentor other students is part of the impact BioBus is closely monitoring. Framing the broader mission, she told me that “everybody needs to be able to participate in scientific and artistic endeavors… and benefit from the fruits of both.”  

BioBus unveils new fully electric mobile science lab for NYC students

BioBus launched a new fully electric mobile science lab, expanding hands-on STEM opportunities for students across New York City.

The new bus is the third in BioBus’ fleet, increasing its capacity to reach more schools and communities. It is equipped with high-powered microscopes, screens that display what students are viewing and is ADA-accessible for wheelchair users.

The launch, held at Wiz Kids Books Before Basketball in Baychester, was attended by founders Latasha Wright, Ph.D., and Ben Dubin-Thaler, Ph.D.; State Senators Landon Dais and Nathalia Fernandez; and representatives from the New York City Economic Development Corporation and the offices of Assembly Speaker Carl Heastie, Assemblymember Michael Benedetto, George Alvarez and Public Advocate Jumaane Williams.

Founded in 2008, BioBus brings lab-based science education directly to K-12 students, with equipment like lab-grade microscopes and sessions led by working scientists. The organization also offers paid internships, supports student research projects and mentors younger students.

“Our vision for BioBus is to make sure that science, that everyone knows that science is for everybody, and that it makes science accessible,” Wright said.

“We want to be able to show science that it’s about curiosity, asking questions, and thinking about things that you don’t know, and finding the joy in finding out stuff. And bringing this to communities that might not have access to this otherwise,” Wright added. 

Since its founding, BioBus has reached more than 443,000 students at over 1,000 schools and community organizations. Its programs primarily serve public and charter schools in the Bronx, Harlem and the Lower East Side, as well as schools in Boston. About two-thirds of the schools served are in low-income communities.

“Our goal is to build New York City as a destination of choice for science and innovation globally. But with that, we’re also keenly focused on making sure that that access to innovation includes everyone,” said Viq Pervaaz, senior vice president of innovation at the New York City Economic Development Corporation. 

“It also includes communities that have historically been not included in science, technology, engineering and math. We’re also very keenly focused on making sure that you have visibility and accessibility to stay.”

Pervaaz said NYCEDC has invested more than $700,000 in BioBus and plans to invest an additional $400,000 over the next two years.

Beyond in-school labs, BioBus offers after-school, weekend and summer programs, along with year-long internships. Students work with scientists from diverse backgrounds, build research and communication skills and gain exposure to STEM career pathways.

STEM On Wheels: Local Museum And National Grid Partner To Bring Learning To Children

GARDEN CITY, NY — STEM learning has taken off in recent years, and National Grid, BioBus, and the Long Island Children’s Museum came together to expand access to hands-on STEM learning.

To help provide access to STEM learning for children and families on LI, National Grid and LICM invested in a three-year grant, sponsorship of Engineering Week, and the launch of an all-electric National Grid-sponsored BioBus. National Grid and the LICM have partnered for more than 15 years.

There was a ribbon-cutting ceremony at the LICM in Garden City on Tuesday morning, launching the BioBus.

This BioBus is an all-electric mobile science laboratory that has microscopes and interactive tools, essentially serving as a traveling STEM learning center. The BioBus’ goal is to bring hands-on STEM learning to children across Long Island.

National Grid sponsored Engineering Week, which is taking place during students’ February Week – this week. The week-long event is all about teaching children problem-solving and collaboration skills, while being able to create through engineering and play. They will use sustainable materials and grow a “green” city sculpture – the “ultimate Emerald City.”

Bringing science to the student: How BioBus is reimagining inclusive science education

Though segregation in public schools was deemed unconstitutional over 75 years ago, New York City’s public school system remains one of the most racially segregated in the country. The extreme disparities in funding, facilities, and academic rigor leave students receiving drastically different educations.

BioBus is committed to addressing this problem.

Founded by Ben Dubin-Thaler and Latasha Wright, BioBus works to help K-12 and college students who are typically excluded from the scientific community to engage with science. Today, BioBus has reached over 40,000 students in more than 1,000 schools worldwide. The story of BioBus began in New York City, with its work grounded in Harlem and the Lower East Side.

In 2008, Dubin-Thaler purchased the organization’s first bus on Craigslist. Shortly after, that bus was filled with microscopes and transformed into a mobile lab. At the heart of BioBus’ mission is making science education accessible, which is why the organization commits to bringing the science to the student. The mobile lab travels to schools in the afternoon, over the summer, and during the weekends, providing students with a well-rounded science experience at a time convenient to them.

“We are really interested in giving students a pure experience of what science is and allowing discovery and reigniting the curiosity that a lot of times gets stifled in classrooms,” Wright told The Civic Science Observer. “Kids get to understand that science is about asking questions and being curious and understanding that everybody is a natural scientist and that scientists are people who look like them, who think like them, who walk like them, and not just the Albert Einsteins.”

BioBus provides three main types of educational experiences: Discover, Explore, and “Pursue.” Discover programs are short pop-up events designed to give students a sample of what BioBus has to offer. Explore programs are 8-12 weeks long and take place at schools and community centers so students can have a more in-depth research experience. Lastly, Pursue programs are paid internship opportunities for high school and college students that not only allow them to conduct their own research, but also help teach younger students involved in BioBus. Whether you’re on the bus for 45 minutes or a whole summer, BioBus is committed to providing a meaningful experience for all its students.

However, beyond BioBus’ three-pronged approach, Wright attributes much of the organization’s success to their investment in building community.

“When we go to different communities, we’re not like, ‘Oh, this is science. Like it.” We try to say, ‘Oh, what’s happening in the community where science is already happening and how can we augment that… How can we listen to the community to see what they really are interested in and what they want to learn about,” Wright said. “I think we always are trying to understand what the people in the communities we are partnering with want to hear, want to learn, want to be empowered to do in our communities so it’s super important for us to be able to be ambassadors of science and advocates for people who need us to advocate for them scientifically.”

Elena Markowitz can testify to the organization’s commitment to community. Marcowitz, a second-year graduate student at Northeastern studying environmental science and policy, first joined BioBus in 2021 as a college intern. Markowitz’s academic journey was a dynamic one, going from being a self-described “full theater kid” to receiving her Bachelor of Science in biology from Marymount Manhattan College. Math was always a challenging subject for Marcowitz, in particular due to her struggles with executive functioning disorder, a learning disability that impacts processing logarithmic processes. However, despite her challenges with math, Marcowitz always loved science, so she decided to pursue a college degree in biology.

“I always would love to use myself as an example for students and be like, ‘Listen, if you gave me an eighth grade word problem, I would struggle with it, but I could tell you all of these different things about biology, about genetics, about so many different topics,’” Marcowitz said. “You don’t have to be good at everything. Being bad at one thing does not exclude you from the entire wonderful world of science.”

Marcowitz credits the teachers and tutors throughout her life for her success as a BioBus instructor.

“I would say for the most part that my learning disability didn’t really make it difficult for me to teach, because I had already had so much experience with supportive instruction I knew and had kind of absorbed by being on the receiving end these different strategies of support for students, so that when I was now in the position of teaching, I now have this very large toolbox of things to reach into to help these students,” Marcowitz said.

One of the several tools in Marcowitz’s toolbox is Spanish. During her time with the organization, Marcowitz recalls teachers speaking several languages, including Spanish, French, and Mandarin, ensuring that students could learn in the language with which they were most comfortable.

“We have a variety of languages at BioBus, Spanish is definitely the most strong. There are students who are used to not having teachers speak their language. Spanish is my second language. I’m not fluent in it by any means, but I’m definitely proficient. And having that, and then also having the availability to have this toolbox of different mechanisms of support and different ways to help excite students about science, was a really amazing and fulfilling part of working at BioBus.”

Despite BioBus’ many successes, in 2020, BioBus like the rest of the world, was hit with a curveball: the COVID-19 pandemic. With schools having moved fully online, and in-person sessions no longer possible, BioBus, an organization built on community engagement and in-person teaching, was forced to adapt.

So BioBus set off to do the impossible. After all, if they could bring a lab to a school, why couldn’t they create a lab in a student’s home? After equipping all of their students with at-home microscopes and coordinating skype calls, the virtual experimentation was set to begin. From pressing flowers to observing ant behavior, students were encouraged to engage with science through tools found in their very homes.

“If you would’ve asked me before the pandemic ‘Would what we do be translatable?’ I would say ‘No’ because I thought we were mostly hands-on, but it turned out it is translatable,” Wright said. “We adapted pretty well during the pandemic and I was proud of that.”

Vanessa Akwada, a former high school intern at BioBus, worked with the organization during the pandemic. Her role included creating bite-sized videos to teach the students how to use their at-home microscopes, describing herself as a science “content creator.”

“[BioBus] thrived [during the pandemic], they did not take the back seat in any capacity,” Akwada said. “… they really care about their students and the lengths that they go to, even during COVID, to want to share and continue the learning opportunities. That was really special to me. I love that I was able to do that and be a part of that.”

Whether in a classroom, on a bus, or online, an investment in understanding one’s community is the throughline of BioBus’ work.

“The key is really making sure you have a clear plan on how you want to interact with the community,” Wright said. “Making sure you do a community needs assessment and you’re making sure you’re bringing something of value to the communities that you want to change and that you want to be a part of and that you are able to really work with them and understand you’re in a service role and you’re working with them and you want to co-create things… I think that trying to operate in as good faith as possible and be as open and transparent as possible, even when you’re having problems, I think that that is important too.”

BioBus’ commitment to going the extra mile is not in vain. Many of its students credit the organization for being the reason they pursued a career in science.

“I think maybe a more subtle takeaway was just how much people want to learn if you give them the chance, especially when a lot of students feel that they’re not even going to be considered for the race,” Marcowitz said. “I can’t tell you the number of times that students would start out disinterested or not enthusiastic. But the second that we showed them, like the pregnant daphnia under the microscope, and they saw the babies moving inside immediately, they wanted to know every single thing about this animal. What is it? Why does it look like that? What’s it related to? How did it look like that? When are the babies going to be born? And it’s this very inspirational thing that I take into other areas of my life, which is, if you give, if you give someone the chance to be listened to, that’s all people need.”

To learn more about BioBus and how to get involved visit https://www.biobus.org/ or email latasha@biobus.org