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Can adult brains make new neurons? Kevin revisits this question and examines new evidence. See you at HAPS 2018 Annual Conference in Columbus OH? Learning styles. Harm or help? Or a bit of both?
Can adult brains make new neurons? Again. (4 min) See you at HAPS 2018? (5.5 min) Learning styles. Harm or help? Or a bit of both? (12 min)
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0:57 Kevin revisits the notion of whether neurogenesis (growing new neurons) can occur in the adult brain, particularly in the hippocampus. A past episode mentioned a study that said "no" to adult neurogenesis in the brain, bucking current thought. However, a newer paper now supports adult brain neurogenesis. This is fun, isn't it?
5:07 Kevin once again invites you to the 2018 Annual Conference of the Human Anatomy & Physiology Society (HAPS) in Columbus Ohio--and to look him and say "hi" while you are there!
10:40 Recent buzz about the Husmann/O'Loughlin paper on learning styles prompts a conversation about what learning styles are and are not. And what, if anything, we should do with them.
If the hyperlinks here are not active, go to TAPPradio.org to find the episode page.
Kevin explains why the term meatus is weird (hint: it's the plural form). The topic of storytelling in teaching continues with an emphasis on playfulness and the use of analogies (especially playful analogies).
Why the term meatus is weird. (3 min) Convenient ways to subscribe to TAPP Radio. (2 min) Playfulness and analogies have a role in storytelling. (14 min)
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(0:46) The term meatus is properly pluralized as meatus or meatuses (not meati)
(3:31) There are a lot of options for convenient listening to this podcast!
(5:19) The previous episode (TAPP 12) explained Kevin's view that effective A&P teachers are good storytellers. This episode "continues the story" by discussing analogies. Analogies can be stories that help students understand complex concepts. Sometimes, they are most effective when they are playful, which helps engage students and makes the stories easy to remember. Kevin relates his use of "phosphorylation frogs" in a story that can be referred to every time ATP generation comes up in the course. What are the pros and cons of using analogies?
If the hyperlinks here are not active, go to TAPPradio.org to find the episode page.
Microglia in the brain nibble on synapse to induce remodeling of neural circuits. Kevin mentions his new online seminar on five ways to enhance long-term learning. A&P is the story of the human body, so A&P professors act as storytellers. Kevin gives some practical tips on how to do that effectively.
Microglia prune synapses to remodel brain circuits. (6 min) Kevin's new online seminar on Long-Term Learning. (1 min) Teaching A&P tells the story of the human body. (15 min)
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Multiple synapse heads send out filopodia (green) converging on one microglial cell (red), as seen by focused ion beam scanning electron microscopy (FIBSEM). IMAGE: L. Weinhard, EMBL Rome
(0:47) New information shows that microglia nibble on presynaptic neurons using trogocytosis, rather than phagocytosis, to prune synapses during memory formation to help remodel brain networks. Microglia also induce postsynaptic spines to "reach out" to form new synapses with presynaptic neurons.
(6:50) Kevin has a new online seminar on five strategies to enhance long-term learning in A&P courses.
Storytellers dramatize their stories. (my-ap.us/2uvWkPe)
(8:05) Kevin explains why he thinks storytelling is the heart of effective teaching, especially in the A&P course. He outlines the "storytelling persona"; making sure there is a beginning, middle, and end to our stories, applying storytelling to both lectures and the entire course, using drama, conflict and resolution, and other techniques.
If the hyperlinks here are not active, go to TAPPradio.org to find the episode page.
Kevin discusses recent news that a new human organ has been discovered. Systematic debriefing by students after each test can boost their learning. Kevin explains a tool he uses to help students learn how to analyze their tests effectively.
Has a new organ been discovered? (4 min) Students benefit from debriefing after each test. (18.5 min)
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Interstitium. Illustration by Jill Gregory. Printed with permission from Mount Sinai Health System, licensed under CC-BY-ND.
(0:46) Has a new human organ discovered? Or is this news mostly hype? Or is the answer somewhere in the middle?
(4:56) Testing can be a powerful learning strategy. Debriefing in a systematic way after each test can leverage the learning value of tests and boost learning even more.
If the hyperlinks here are not active, go to TAPPradio.org to find the episode page.
Learning the bones and markings of the skeleton is hard—and so is teaching it. Learn some strategies that work! What are peripersonal neurons and what is their function? Try out the new Alexa skill for this podcast.
New Alexa skill for this podcast! (3.5 min) Free media from the National Science Foundation. (1.5 min) Tips for teaching the skeleton. (15.5 min)
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(1:25) If you use an Alexa-enabled device, you can now enable "the a. p. professor podcast" Alexa skill to listen to any episode, navigate within episodes, and save your place for your next listening session. Just keep this in mind when you do eventually join this growing trend!
(4:41) A huge library of science photos, videos, audio, and other objects you can use in your course—from the National Science Foundation (NSF).
(6:56) Learning the bones and bone markings of the skeleton can be an early, scary experience for A&P students. How can we prepare and support them to learn the skeleton effectively—and learn skills to help them in their continuing studies of human anatomy?
If the hyperlinks here are not active, go to TAPPradio.org to find the episode page.
Issues of returning learners and how to support them. Get daily, curated headlines of interest to A&P teachers. What are peripersonal neurons, and why should we care?
Peripersonal neurons monitor our environment. Daily headlines for A&P teachers. Supporting learners coming back to school.
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Life loves the liver of it (Maya Angelou)
(0:49) Several areas of the brain monitor your personal space—also called the peripersonal space (PPS). The peripersonal neurons each monitor one small "bubble" of our PPS.
(11:57) A simple analogy can help students remember a recurring principle about cell behavior involving important ions.
(13:07) Returning learners in anatomy and physiology courses often come to use with some anxiety. How can we support them?
If the hyperlinks above are not active, go to TAPPradio.org to find the episode page.
Amazon referrals help defray podcasting expenses.
Neurogenesis in the adult brain is challenged by a recent study. The analogy that cells hate calcium and sodium ions, but love potassium, helps students learn cell behavior. Your take on teaching A&P is welcome! Running concept lists to enhance deep learning by helps students make connections among ideas and promote development of insights.
Neurogenesis in the adult brain. Cells hate calcium (an analogy) Your take on teaching A&P Running concept lists to enhance deep learning.
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(1:00) A new paper revives the old dogma that adult brains cannot produce new neurons—but it's not without controversy. What should we tell our students?
(5:52) A simple analogy can help students remember a recurring principle about cell behavior involving important ions.
(12:52) You've got some insights sparked by topics in this podcast series? Let's hear them, so we can get some power-brainstorming going!
Toll-free: 1·833·LION·DEN (1·833·546·6336) Local: 1·636·486·4185 Email: [email protected]
(14:24) We all find it difficult to put all the facts and details together in our heads in a way that makes sense—that helps us connect ideas and gain insights. A simple technique of running concepts lists can provide a concrete template for this process. Used over time, running concept lists and also train the brain to make such connections easily.
If the hyperlinks above are not active, go to TAPPradio.org to find the episode page.
Amazon referrals help defray podcasting expenses.
Neurogenesis in the adult brain is challenged by a recent study. The analogy that cells hate calcium and sodium ions, but love potassium, helps students learn cell behavior. Your take on teaching A&P is welcome!
Running concept lists to enhance deep learning by helps students make connections among ideas and promote development of insights.
Neurogenesis in the adult brain.
Cells hate calcium (an analogy)
Your take on teaching A&P
Running concept lists to enhance deep learning.
If you cannot see or activate the audio player click here.
(1:00) A new paper revives the old dogma that adult brains cannot produce new neurons—but it's not without controversy. What should we tell our students?
(5:52) A simple analogy can help students remember a recurring principle about cell behavior involving important ions.
(12:52) You've got some insights sparked by topics in this podcast series? Let's hear them, so we can get some power-brainstorming going!
Toll-free:
1·833·LION·DEN
(1·833·546·6336)
Local:
1·636·486·4185
Email:
[email protected]
(14:24) We all find it difficult to put all the facts and details together in our heads in a way that makes sense—that helps us connect ideas and gain insights. A simple technique of running concepts lists can provide a concrete template for this process. Used over time, running concept lists and also train the brain to make such connections easily.
If the hyperlinks above are not active, go to TAPPradio.org to find the episode page.
Amazon referrals help defray podcasting expenses.
Mitochondria run hotter than the rest of the cell—by how much? A new podcast tells the story of medical education cadavers unearthed after a century. Revisiting cumulative testing, we find things to promote long-term learning in our courses and beyond.
The temperature of mitochondria. A podcast recommendation. Revisiting the cumulative approach.
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(0:50) Mitochondria run about 10 °C hotter than the other components of the cell.
(2:20) Paul Gabrielsen of the University of Utah introduces his new serial podcast that tells the story of the discovery of remains of medical education cadavers buried on campus about a hundred years ago.
(6:26) A comment on Episode 4 by Margaret Thompson Reece sparks continued discussion of the value of (and practical suggestions for) a cumulative approach to teaching and learning.
If the hyperlinks above are not active, go to TAPPradio.org to find the episode page.
Amazon referrals help defray podcasting expenses.
Mitochondria run hotter than the rest of the cell—by how much? A new podcast tells the story of medical education cadavers unearthed after a century. Revisiting cumulative testing, we find things to promote long-term learning in our courses and beyond.
The temperature of mitochondria.
A podcast recommendation.
Revisiting the cumulative approach.
If you cannot see or activate the audio player click here.
(0:50) Mitochondria run about 10 °C hotter than the other components of the cell.
(2:20) Paul Gabrielsen of the University of Utah introduces his new serial podcast that tells the story of the discovery of remains of medical education cadavers buried on campus about a hundred years ago.
(6:26) A comment on Episode 4 by Margaret Thompson Reece sparks continued discussion of the value of (and practical suggestions for) a cumulative approach to teaching and learning.
If the hyperlinks above are not active, go to TAPPradio.org to find the episode page.
Amazon referrals help defray podcasting expenses.
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