1/Listening to an amazing plenary talk by @DrCHWilkins on racism, disparities, and the role of race/ethnicity in medicine and research. AMAZING talk! #TS21@EdgeforScholars@ACTScience
2/Our focus always seems to be on race alone, and not on other social scenarios. We focus so much on personal choices and access to care-- but we focus less on disparities the way we should (and race as a fully sociopolitical concept). #TS21@ACTScience
3/*Racism in medicine is =responsible for minorities having the worst healthcare & outcomes in the US
*Many famous physicians & scientists were involved in creating and perpetuating inferiority stereotypes
*Many continue to conflate race with biology & physiology #TS21
4/Race is a sociopolitical construct, it is NOT biological!
*It is fluid, and changes over time
*There is NO biological or scientific basis for race
*Race is one of the most imprecise variables we use in human research #TS21@ACTScience
5/One of my favorite things Dr. Wilkin's said during this talk:
*We have created this black vs white dichotomy that pushes people as far away from each other as possible* #TS21@ACTScience
6/We should probably be checking up on many of our "idols." For example, Dr. Marion Sims (who is considered the "father of modern gynecology") did most of his research on enslaved black women without anesthesia. #TS21@ACTScience
7/What should we be doing as clinicians & researchers to address these inequities? 1. De-biologize race 2. Reverse/reject unjust practices 3. Design scientifically just research #TS21@ACTScience
8/De-biologize race:
*Racism, not race, causes health disparities
*It is important for us to understand that genetics is never going to replace a social construct
9/De-biologize race (cont)
*Change how we ask about race!
-A single combined question for race/ethnicity
-Which of these best DESCRIBES YOU?
-Select all that apply
-An example may look like: Asian (for example: Asian Indian, Chinese, Japanese, Korean, Pakistani, Vietnamese, etc.)
10/We need to stop using diagnostic algorithms that are based on flawed science, and that continue to perpetuate racism in medicine. There are some good examples of this here: livescience.com/racial-bis-hea… #TS21@ACTScience
11/Consider:
Machine learning & AI is often built/based on samples/datasets that don't represent the population broadly. Socioeconomic data needed to understand these populations is missing. Often, these researchers are not from groups that have been marginalized or minoritized.
12/When researching, ask ourselves: 1. Who is the population that is most affected by the disease? 2. Has race been defined? 3. Is it clear how race will be used? 4. Are social determinants of health collected? 5. If white people are the control, why? Is this justified?
13/"Despite good intentions, we propagate and maintain a system where non-white populations bear the burden of disease but do not reap the benefits of research advances." #ts21@ACTScience
14/Proposed actions the scientific community should adopt: 1. Strengthen compliance, transparency and accountability in clinical research enrollment 2. Address exclusionary research practices 3. Invest in sustained, reciprocal relationships with marginalized communities
15/Proposed actions the scientific community should adopt (continued) 4. Ensure enrollment goals are scientifically valid and reflect the burden of disease 5. Develop evidence-based guidance to inform inclusive research participation #TS21@ACTScience
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1/Dr. Lewis Roberts is giving a really interesting talk at @ACTScience#TS21 that walks us through the art of reviewing and questioning a scientific talk.
We are all pretty familiar with reviewing manuscripts, but I think this is a fresh take! @EdgeforScholars#phdlife#PhD
2/ This is like a dynamic (real-time) manuscript review. The corollary:
* One key for presenters: strategically repeat yourself
*Tell them what you're going to say (abstract)
*Tell them (introduction, methods, results)
*Tell them what you told them (discussion) #TS21@ACTScience
3/ The 40,000 ft view:
*What is the main aim of the study? Should be in the first few minutes of a presentation
*When you are listening, pick out:
-What is the problem they are trying to solve?
-What is the overall hypothesis? #TS21
3/ Making your own "Scientist Oath" using social media:
If you were making your own platform, what rules would YOU write?
-Be deliberate in thinking about what you share and how you share it
I have a few things to say this morning. A small but mighty 🧵.
First , I can't say thank you enough to @KatherineJWu for writing this amazing piece highlighting the crucial work of clinical laboratory scientists/medical technologists. Please read it: nytimes.com/2020/12/03/hea…
The article captures a piece of the talent, expertise, and dedication of these healthcare workers. This is especially true of my dear friend @darcyavelasquez, who works relentlessly day in and day out at @ChildrensColo to provide the best care possible to Colorado's children.
Sometimes it feels like the @KatherineJWu's, @kmess44's, and @jesscataldi's of the world are one-in-a-million. The failure to recognize the clinical laboratory (and people within it) for its importance in how healthcare works is not just a #COVIDー19 issue.
Ok, sort of weird to say...but today I'm dedicating some time to SPIT (formally known as #Saliva). It's the super hot topic this week in the ever-changing #COVID19 diagnostic landscape we are living in, so let's take a quick peek at some of the evidence out there (thread)
I completely understand the importance of testing saliva, particularly as it relates to lack of supplies and resources. It can be a feasible option that basically eliminates HCW risk of infxn during collection. It can also save supplies: no swabs, media, possibly fewer reagents.
First paper is here: DOI: 10.1128/JCM.01659-20
-53 paired samples from OP and/or NP swabs, and saliva were collected
-Standard RNA extraction methods were used for the swab samples, a quick extraction method was used for saliva. Handling high-viscosity samples is discussed.
I just want to be clear: while I understand and have similar frustrations with turnaround times for #COVIDー19 testing, I'm afraid the angst is falling on the laboratories...and I do not feel that is fair or appropriate. (Small thread)
The clinical laboratory is full of living, breathing, intelligent human beings. The work takes skill and time. Often, labs are understaffed and there has been a shortage of trained clinical lab scientists FOR A WHILE. There are only so many tests a person can crank out in a day.
Even if a lab has all the staff they need, there's only so much testing that can be done when a) your instruments are full b) you cannot get the supplies you need to run these tests. Seems like many people think labs have unlimited access to very expensive instruments...nope.
1. Title: Addendum to: Children are not COVID-19 super spreaders: time to go back to school
Link: adc.bmj.com/content/archdi…
Brief Study Design: This is a letter (addendum) to the author’s original research paper (cited in the letter and can be accessed from it).
Simple Summary: Contact-tracing studies have demonstrated that children have a significantly lower attack rate of COVID-19 compared to adults.