Usually I blog about my artwork, but this time I thought I'd blog about my other passion -- science; specifically, microbiology.
I earned a Master of Science degree at California State Polytechnic University, Pomona in California. My graduate advisor was one Dr. Jill Adler-Moore who, sadly, died recently of cancer.
Her celebration of life memorial was this morning, and the comments people made about her got me to thinking about my own life, which was so deeply impacted by Jill.
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| Dr. Jill Adler-Moore |
Jill was an energetic, hard-working positive person who doubled as a cheerleader and friend to many of her students, including me. Her own passion for science and research rubbed off on everyone who worked with her, and I never realized how much of my scientific thinking came from her.I know I can be quite intense when discussing scientific matters and I ask a lot of questions, something one learns to do in grad school. I'm the stereotypical skeptic when it comes to science topics and especially when it comes to microbiology. Many people who are not scientists don't understand this is how science works, and they easily believe what they hear about topics -- for example, immunology and the Covid-19 vaccines -- from the mass media.
I've learned that most people don't think like scientists. And it's frustrating to try and discuss things with them. But I'm grateful Jill taught me to pursue answers and seek the truth as best as we can perceive it.
Jill also taught me that failure is not necessarily a bad thing, because we're more likely to learn from our failures more than we would from our successes where we may not learn anything new at all.
The labs/jobs I worked at following grad school don't, of course often see it that way. In a way, working in real life was kind of a let-down after working with Jill in grad school.
In short, Jill changed my life! My life is better for having known her and worked with her. We stayed in touch after I finished grad school and often met for lunch when we discussed -- what else? -- scientific advancements.
By the way, Jill pioneered a treatment for systemic fungal infections by incorporating the highly toxic antifungal drug Amphotericin B into microscopic fat bubbles called liposomes. When the drug is packaged this way, it greatly reduces the toxic effects of the drug, a higher dose of the drug can be given and the patient is spared the chemotherapy-like side effects of Amphotericin B. A similar approach is being being developed for anticancer drugs.
Jill was a mentor, teacher and a good friend. As Jill's husband said at the memorial service: "We are all diminished by our loss." I totally agree.
RIP, Jill.
