Showing posts with label neurons. Show all posts
Showing posts with label neurons. Show all posts

Thursday, August 18, 2016

Guest Blog: iNeuron

August greetings, THSP blog readers! Some of you have started back to school, some of you are in staff development, and here in good 'ol Wisconsin, we've still got a few weeks of summer vacation left to soak up the dog days of summer! George, Aaron, and I just returned home from a visit to the Wisconsin Dells, where we did a duck tour and went swimming. I think we have the next Michael Phelps here, people! 


Another gratuitous George photo....sorry, I'll stop soon. 


But vacations and warm days aside...it is inevitable, school will start soon for all of us. With school starting, we must get back into thinking like teachers (many of us ALWAYS think like teachers, but you know what I mean....)

I was contacted in the past by Adam Gordon, President of Andamio Games, about their product: iNeuron. Adam's been a big fan and supporter of high school psychology teachers and local TOPSS groups for a few years, generous in supporting local conferences with monetary donations and also the best gel pens EVER. (Fun aside, I enjoy days where I arrive home after a long day of work to find Adam has sent a care package of these pens, randomly and without warning. *Hint *Hint)




Today's Guest Blog is by one of Andemio Games staff members on how she uses iNeuron to enhance student understanding on Neurobiology. Read on:


My name is Dr. Katrina Schleisman, and I’m a lifelong lover of psychology and Instructional Designer for Andamio Games. I’m really happy to announce that we have released a completely new version of the educational app iNeuron: bit.ly/iNeuron. I’ve spent the past two years working on iNeuron, developing new content and coordinating a research study to evaluate its efficacy as an educational tool in the classroom. I’ve worked with several hundred middle and high school students using the app, and it’s been a great experience. As a post-doctoral fellow in neuroscience at the University of Minnesota working with the champion of neuroscience education Professor Janet Dubinsky (brainu.org), I was able to lend my expertise in the cognitive science of learning and the brain to develop content for iNeuron. The scaffolded lessons and circuit-building challenges in the app are a great way to introduce students to neuroscience in an engaging and interactive way. I presented an early version of the app at our local MNTOPPS conference last year and met some great high school psychology teachers. One of them chose to present iNeuron at the conference this year after we tried iNeuron in his psychology classes.


When using iNeuron in classrooms last year I found it was difficult to monitor what students were doing when they used the tablets. iPads are fun toys, and students used them to take selfies, play music, and do just about anything other than what they were supposed to be doing. Andamio wanted to address this challenge by developing a teacher dashboard tool, and we’re excited to announce that it’s released and ready to go. Prior to when class starts, you can use the dashboard to customize lesson plans for their students, changing what challenges appear on the screen and what challenges students have to complete before moving on to others. During class, you can push those lesson plans out to student devices and then monitor student progress in real time. You get notifications when students have left the app and when students are falling behind the rest of the class. After class, you can generate reports of student performance and understand of what concepts students found easy and what concepts students need more help with. Purchasing the teacher dashboard will unlock all iNeuron content for any student device that connects to it, permanently. You can learn more about the dashboard here: http://www.andamiogames.com/dashboard/

Last but not least, the culmination of all our work was to conduct an evaluation study of iNeuron this past school year in collaboration with the University of Minnesota. Multiple types of high school science classes in the Twin Cities metro area were included in the study such as biology, psychology, and anatomy and physiology. During the 4-day study period students took a pre-test of neuroscience content knowledge on Day 1, used iNeuron in class on Days 2 and 3, and took a post-test of neuroscience content knowledge on Day 4. Classes were assigned to different experimental conditions to test different approaches to using iNeuron with students. Some classes were assigned to a control condition in which teachers taught regular neuroscience lessons in place of iNeuron on Days 2 and 3. The results showed that students in all conditions showed significant gains from pre- to post-test. These results indicate that iNeuron is an effective pedagogical tool for teaching neuroscience content and can be used in a variety of different approaches. The full results of our evaluation are currently being written up to submit for peer-reviewed publication and we look forward to sharing the details with you when they become available.

Bio: Dr. Katrina Schleisman is the lead Instructional Designer for Andamio Games. She took her first psychology course in high school and didn’t stop until she received her PhD 2014, majoring in psychology and minoring in education sciences. She recently completed a two-year postdoctoral fellowship in the neuroscience department at the University of Minnesota. She’s a Minneapolis native and spends her free time playing music in a local band with her husband and gardening with her cat.


Image result for katrina schleisman
Dr. S sans gardening kitty  (I want a picture of that.)


Have a very, very happy and productive end of August! Enjoy the last few days if you haven't gone back yet! And if you have...Labor Day weekend is coming up fast! 

----Posted by Amy Ramponi 

Monday, September 21, 2015

Lawrence University (Appleton, WI) hosts Lecture Series on Intersection of liberal arts and neuroscience

MORE EXCITING PSYCHOLOGY PROFESSIONAL DEVELOPMENT IN THE MIDWEST! 
From blogs.lawrence.edu : 
The intersection between the liberal arts and emerging technologies that reveal new answers for the way the human brain functions will be the basis for a new speaker series at Lawrence University.
Over the course of the next eight months, five national experts will explore how brain research is connected to various areas of the liberal arts, including religious studies, music, art and literature.

Edward-Vessel_newsblog
Edward Vessel

The series, “Liberal Arts in the Century of the Brain,” will incorporate the interdisciplinary areas of neuroscience and cognitive science to create connections with other disciplines at Lawrence by examining questions such as whether the brain processes literary fiction differently than formula fiction or how perception, emotion and cognitive processing impact creative expression.
Edward Vessel, director of the New York University ArtLab and a noted research scientist at NYU’s Center for Brain Imaging, opens the series Wednesday, Sept. 30 at 7 p.m in Steitz Hall of Science 102 with the presentation “Art and Neuroesthetics.”  A question-and-answer session follows. The event is free and open to the public.
The emerging field of neuroaesthetics uses neuroscience to study art to determine why certain works of art produce an emotional response. Through the use of neural imaging, Vessel will share recent research that focuses on understanding the basis for how people derive pleasure and inspiration from various art forms and how this may be related to learning, motivation and well-being.
What a great way to bring Neuroscience and the Science of Psychology to students, teachers (of all disciplines, but especially us Psychology lovers), and the general public.
The OCTOBER speaker is none other than Dr. Richard Davidson. For real. So exciting. He will speak at 11:10 on October 30th in the Chapel at Lawrence. No cost to the public. For more information on Dr. Davidson's amazing work, check out his website here. SO EXCITING. 
I'm so excited for all the amazing opportunities being presented for HS Psychology teachers in and around my state. Wonderful!
-- Posted by Amy Ramponi 

Saturday, October 5, 2013

The Child Brain: An Infographic

They say that the first step to solving a problem is admitting that you have one.  I seem to have a thing for infographics.  Not sure why, but I do.  I found this one this morning, tweeted it and it got several retweets and favorites.  Figured I'd better share with everyone.  It's got some amazing facts and really cool graphics.

The original graphic can be found here: http://www.graphs.net/201310/child-brain-development.html




Monday, September 7, 2009

Animated Tutorials: Neurobiology/Biopsychology

Sumanas Inc has created a number of animations to help explain the basics of neurobiology/biopsychology. A complete list of animations can be found below.

Please be aware some of the animations need the Adobe Shockwave plug-in which can be downloaded at Shockwave. Intel-based Macintoch users should be sure to read the special TechNote regarding the Shockwave Player.

The neurobiology/biopsychology page can be found below or at http://www.sumanasinc.com/webcontent/animations/neurobiology.html.
To examine the complete set of animations from Sumanas Inc. go to http://www.sumanasinc.com/webcontent/animation.html


Neuronal Development
Neuronal Development

Synaptic Transmission
Synaptic Transmission

Action Potential
The Action Potential

Electrical Signaling
Electrical Signaling in Neurons

Sensitization
Sensitization in Aplysia

Voltage Clamp
The Voltage Clamp Method

AMPA and NMDA Receptors
AMPA and NMDA Receptors

Sound Transduction
Sound Transduction

Vestibular System
The Vestibular System

Visual Pathways
Visual Pathways in the Human Brain

Retina
Receptive Fields in the Retina

Reflex Arcs
Reflex Arcs

Skin Receptors
Receptors of the Skin

PET
Positron Emission Tomography (PET)

Wednesday, September 2, 2009

Making a Candy Neuron

This activity, from the Steve Spangler Science website, is obviously designed for an elementary level science class. Students, in groups, use candy to create a facsimile of a neuron.

I know that many high school psychology teachers do similar activities having students create neurons or brains from candy, clay, pasta, jello, paper, etc. If you do such an activity, please post it in the comments section or email it to me (Kent Korek - kkorek@germantown.k12.wi.us) and I will be happy to post it to this blog.

The activity's description can be found at http://www.stevespanglerscience.com/experiment/candy-neuron.

Brainsrule.com has a variation of the activity at http://www.brainsrule.com/pdf/neuron_cookie.pdf

Neuroscience for Kids shows a number of different materials at http://faculty.washington.edu/chudler/chmodel.html

Neuron and Brain Review Exercise

Jeff Hargett, a teacher at Rome High School (Rome, GA) has developed some simple review exercises for his biology and anatomy students. His reviews for neurons, the brain, the eye, and the ear are all applicable to a psychology course.

Click any of the links below (note the brain quiz includes a model and diagram version), http://rcs.rome.ga.us/hargett/anatomy/nervous/index.htm includes the main page for the the neuron and brain reviews, or, for a complete listing of reviews, go to http://rcs.rome.ga.us/hargett/. Reviews for the eye and ear will be posted later in the year.


Nerve Cell Diagram Quiz

Brain model
Brain model quiz
Brain diagram quiz

Friday, March 20, 2009

Large Plush Toy Neuron

Looking for the perfect "prop" when you explain the parts of the neuron. Giantmicrobes of Delaware has developed a plush toy version. The toy comes in three sizes:
  • Original (5-7" plush doll) $7.95
  • PetriDish (3 mini microbes) $12.95
  • Giganic (15-20" plush doll) $24.95

To order or for more information go to: http://www.giantmicrobes.com/us/products/braincell.html

A special thanks to Daria Schaffeld of Prospect High School, Mt Prospect, IL for this idea as detailed in the January 2009 edition of the NCSS Psychology Community Newsletter.

Wednesday, March 18, 2009

Using Drug Abuse to Teach Neuroscience


The Brain & the Actions of Cocaine, Opiates, and MarijuanaThe Neurobiology of Drug AddictionUnderstanding Drug Abuse and Addiction: What Science SaysThe Neurobiology of Ecstasy (MDMA)The Neurobiology of Ecstasy (MDMA)

The National Institute on Drug Abuse has designed five lessons (packets) using PowerPoints to explain the physiological aspects of drug use and abuse. While each lesson would work well within a States of Consciousness or Drug Abuse unit, they can also be used to explain the workings of the brain and neural impulses. The graphics on the Powerpoint are outstanding and each slide includes basic information and hints on how to present the material.

Go to http://www.nida.nih.gov/pubs/Teaching/ for general information on the teaching packets or click on the links below to download each individual packet.

Packet 1: The Brain & the Actions of Cocaine, Opiates, and Marijuana
Packet 2: The Neurobiology of Drug Addiction
Packet 3: Understanding Drug Abuse and Addiction: What Science Says
Packet 4: The Neurobiology of Ecstasy (MDMA)
Packet 5: Bringing the Power of Science to Bear on Drug Abuse and Addiction

Wednesday, February 11, 2009

Psych in the news

February 11

A new study has found that people grossly underestimate the length of these lines -- a finding which implies that we’re all misjudging distances as we drive, and are driving too fast as a result. (Science Daily)

A new procedure is attracting increasing attention because it allows people to move prosthetic arms more automatically than ever before, simply by using rewired nerves and their brains. (NYT)

Two groups have put together a stylebook to guide media professionals through the minefield of politically correct and politically incorrect ways of identifying and portraying the elderly. (NYT)

In recent years, scientists have started arriving at more counterintuitive insights about the circumstances that court choking. Well-meaning experts often advise performers to take their time—slowing down delivery, the thinking goes, helps to quell nervousness—but it is actually better just to get on with things if you are well rehearsed. (Scientific American)

A new study suggests that the location of a recollection in the brain varies based on how old that recollection is. (Scientific American)