Congrats to high school student Anika Gupta as she heads off to the international science fair!

The Bowdish lab was very proud to host Anika Gupta, a high school student, for her Bay Area Science and Engineering Fair (BASEF) project.

Her project was entitled “Quantifying Lung Macrophages to Understand Increased Susceptibility to Bacterial Pneumonia with Age.”

Anita won the Dr. Doyle Biology Award for the best Biology project, a Gold merit award as well as the Pinnacle Award for the Third Best in Fair and a sponsored Trip Award to compete in the Intel International Science and Engineering Fair in Pittsburgh, Pennsylvania in May!

Way to go Anika!

Anika Gupta receiving the third place “ArcelorMittal Dofasco Pinnacle Best-in-Fair” award.

See her featured in the Hamilton news here.

The Bowdish lab is the strongest lab at McMaster and we have the scholarship winners to prove it!

Who’s got the strongest lab at McMaster? I do! We’ve had a great run of success at the Bowdish lab with fully all of our students receiving prestigious scholarships! And that’s not to mention our other successes such as our summer scholarship winners (Jason Fan – IIDR), our students who got their degree and moved on to great things (Dr. Fan Fei – manager of Mass Spec facility, Dr. Mike Dorrington – PDF at the NIH), and our PDF, Dr. Chris Verschoor who got a faculty position!

Who's got the strongest lab at McMaster? I do! Bowdish lab scholarship winners 2015/2016: Netusha Thevaranjan (CIHR-PhD), Avee Naidoo (CIHR-PhD), Kyle Novakowski (NSERC-PhD), Pat Schenck (CIHR-PhD), Dessi Loukov (CIHR-PhD), Justin Boyle (NSERC-MSC).

Bowdish lab scholarship winners 2015/2016: Netusha Thevaranjan (CIHR-PhD), Avee Naidoo (CIHR-PhD), Kyle Novakowski (NSERC-PhD), Pat Schenck (CIHR-PhD), Dessi Loukov (CIHR-PhD), Justin Boyle (NSERC-MSC).

Catherine Bowman cleans up at the 2014 Bay Area Science and Engineering Fair!

Catherine Bowman, a grade 10 student from St. Mary’s Catholic Secondary in Hamilton, joined the Bowdish lab under the mentorship of Avee Naidoo (MSc candidate) and Kyle Novakowski (MSc student) recently to work on a project entitled “The Effects of Apigenin, Diosmetin and Chicoric Acid on TNF-Alpha and COX-2 Levels of Stimulated RAW 264.7 Macrophages.”

She received a number of awards including a BASEF gold medal, Cancer Assistance Programme Award – First, Hillfield Strathallan College Awards of Excellence- Biological Sciences Award, Hamilton Association da Vinci Award, Drs. Ranjan Sur and Monalisa Sur Award, Pinnacle Best in Fair and the ArcelorMittal Dofasco Pinnacle best-in-fair award at the Bay Area Science and Engineering Fair for her project. She’ll be presenting her work at Canada-wide and the International Science Fair!

To read the article from the Hamilton Spectator, click here.

Catherine Bowman beside her award winning poster (BASEF, March 2014).

Catherine Bowman beside her award winning poster (BASEF, March 2014).

Bowdish Lab Hosts Future Female Scientists (Canadian Association of Girls in Science).

On Thursday March 7th, the Bowdish Lab welcomed a group of five to twelve year old girls for a night for a night of science fun! In association with The Canadian Association for Girls In Science (CAGIS), the Bowdish lab opened its doors to promote and encourage our future young scientists.

CAGIS is an award winning national science club for girls aged 7-16, the purpose of which is to promote, educate and support interest and confidence in science, technology, engineering and mathematics among girls. Needless to say, The Bowdish Lab jumped at an opportunity to inspire such an eager group.

The night began with an introductory presentation by Dr. Bowdish which introduced theDawn gives out cards girls to basic concepts of immunology, good and bad germs and the members of the Bowdish Lab. Dr. Bowdish proposed a challenge to the girls; to encourage scientific inquiry, whoever asks the greatest number of scientific questions by the end of the night will win a prize! Every time a student asked a question, they would receive an official Dr. Dawn Bowdish business card to keep track. Dr. Bowdish nearly ran out of business cards IMG_0796 - Copybefore the end of the presentation!


The girls were then split into groups of two to three to take part in a variety of hands-on scientific activities. Of course, if the girls wanted to participate in awesome science activities, they need the proper scientific attire.






Girl & microscope


Members of the Bowdish lab organized five stations to help explain what we do as scientists. . Mike Dorrington introduced the girls to using a microscope to analyze anything from blood to nasal wash samples. Mike showed the girls how we separate blood into different components in order to isolate white blood cells. The girls were then able to observe the various types of white blood cells using pre-prepared slides. Bowdish lab organized five stations to help explain what we do as


Alicja & student

Alicja Puchta demonstrated how scientists develop special film to analyze anything from X-ray results to protein analysis. The girls were taken into a totally different world – the dark room. Special red lights allow for scientists to avoid exposing sensitive film to normal light. The girls were able to expose film to a variety of objects such as CD’s and pens and develop the film for their own take-home souvenir!

Avee Naidoo and Keith Lee introduced the concepts of acid and base chemistry using aColoured bubbles red-cabbage based pH indicator. The girls were allowed to use common household products to visualize changes in pH. Acids like vinegar turned the purple solution a bright neon pink, whereas bases such as baking soda turned the solution to blue and green. The grand finale was to add a piece of dry ice into a (green) basic solution. What would happen? The dry ice was able to turn the solution a variety of colors from green to blue to purple to pink in an eye catching manner.

Kyle Novakowski explained the concepts of dry ice and how we as scientists rely on it to send samples around the world while keeping them very cold. Students were shown what happens when dry ice is added to warm water and the process of sublimation. The resulting CO2 gas was then bubbled through a soapy solution to make spooky “boo bubbles” which the girls were able to hold in their very own hands. The girls were very excited to pop the bubbles and witness the escaping gas.

C02 is fun

Although the girls did not wish to be whisked away from the exciting applic

Pretty plates

ation s of dry ice, Dr. Preethi Jayanth was able to maintain the same level of fun at her stations. Our future scientist guests were able to observe various types of agar used to grow

After a few hours of exciting science, our champion question-asker was awarded a prize during a wrap-up Q&A session with Dr. Bowdish and the lab members. The immense amount of positive feedback and enthusiasm made for a wonderful night that we hope to experience again soon.bacteria. While peach and chocolate agar may sound appetizing – nobody would want to eat this stuff! The girls were given the opportunity to detect microbes on their own hands before and after washing! Two to three days later, the girls were sent pictures of all the bacteria on their hands which had grown on the agar.

Scientists plus girls excited about science

Congratulations to Alex, Harikesh & Zhongyuan for their poster award!

The Bowdish lab undergraduates, Zhongyuan, Harikesh & Alex, co-presented their poster entitled “Your Mama’s so phat, even a macrophage couldn’t engulf her” at the IIDR Opening Symposium and won best undergraduate poster. Don’t let the title fool you, this was a very serious piece of work on their characterization of MARCO expression & function. Below is the excerpt from the IIDR website.
11-28-2009 poster winners

Summer student Zhongyuan Tu wins IIDR studentship!

The Bowdish lab’s first member, Zhongyuan Tu, has won a summer studentship award from the IIDR for his proposal called “How does the macrophage scavenger receptor MARCO signal?”. Zhongyuan will be starting in the lab in May and will continue on as a thesis student. During this time he will study the role of the macrophage scavenger receptor MARCO in adhesion, motility and phagocytosis. Congratulations Zhongyuan!