Bringing the Body’s Electrical Signals
Out of the Body
Timothy Marzullo, Ph.D. – Neuroscience
tim@backyardbrains.com
www.b...
The brain is complex because it is an electrochemical organ.

El cerebro es complejo: es un órgano electroquímico.
El cerebro tiene células llamadas neuronas, que tienen largas
ramificaciones conocidas como axones. El axón más largo viaj...
Como los axones son tan largos, y tu cerebro necesita ser
rápido, éste usa pulsos eléctricos que viajan a través de los
ax...
Este pulso eléctrico es provocado por iones moviéndose hacia
adentro y afuera de las células. Este pulso se llama “spike”.
2.

3.

1.

4.
Marzullo and Gage (2012), PLoS One 7(3): e30837
Dagda et al. (2013), J.Undergraduate Neuroscience Education, Oct 15; 12(1)...
"Tenemos exito. La cucharacha se mueve."
-

Alejandro - 7:05 PM, July 31st

New, crude
Digital RoboRoach
Vs old, optimized...
Chileno Alumno #2
Chileno Alumno #2
www.hackerhand.com
¡Neurociencia Taller! – Abril 16, 18:00-20:00
Santiago MakerSpace en Barrio Italio
Hagan sus proprios amplificadores y Más...
Yellow = Amateur; Green = Colegio (High School); Brown/Orange = University; Red = Unknown

59 Paises
EEUU: Cada Estado
Chi...
Yellow = Amateur; Green = Colegio (High School); Brown/Orange = University; Red = Unknown
Timothy Marzullo, Ph.D. – Neurociencia
tim@backyardbrains.com
Alex
designer

Brian
scientist

Bill
engineer

Greg
engineer...
Backyard Brains: Bringing the Body’s Electrical Signals Out of the Body
Backyard Brains: Bringing the Body’s Electrical Signals Out of the Body
Backyard Brains: Bringing the Body’s Electrical Signals Out of the Body
Backyard Brains: Bringing the Body’s Electrical Signals Out of the Body
Backyard Brains: Bringing the Body’s Electrical Signals Out of the Body
Backyard Brains: Bringing the Body’s Electrical Signals Out of the Body
Backyard Brains: Bringing the Body’s Electrical Signals Out of the Body
Backyard Brains: Bringing the Body’s Electrical Signals Out of the Body
Backyard Brains: Bringing the Body’s Electrical Signals Out of the Body
Backyard Brains: Bringing the Body’s Electrical Signals Out of the Body
Backyard Brains: Bringing the Body’s Electrical Signals Out of the Body
Backyard Brains: Bringing the Body’s Electrical Signals Out of the Body
Backyard Brains: Bringing the Body’s Electrical Signals Out of the Body
Backyard Brains: Bringing the Body’s Electrical Signals Out of the Body
Backyard Brains: Bringing the Body’s Electrical Signals Out of the Body
Backyard Brains: Bringing the Body’s Electrical Signals Out of the Body
Backyard Brains: Bringing the Body’s Electrical Signals Out of the Body
Backyard Brains: Bringing the Body’s Electrical Signals Out of the Body
Backyard Brains: Bringing the Body’s Electrical Signals Out of the Body
Backyard Brains: Bringing the Body’s Electrical Signals Out of the Body
Backyard Brains: Bringing the Body’s Electrical Signals Out of the Body
Backyard Brains: Bringing the Body’s Electrical Signals Out of the Body
Backyard Brains: Bringing the Body’s Electrical Signals Out of the Body
Backyard Brains: Bringing the Body’s Electrical Signals Out of the Body
Backyard Brains: Bringing the Body’s Electrical Signals Out of the Body
Backyard Brains: Bringing the Body’s Electrical Signals Out of the Body
Backyard Brains: Bringing the Body’s Electrical Signals Out of the Body
Backyard Brains: Bringing the Body’s Electrical Signals Out of the Body
Backyard Brains: Bringing the Body’s Electrical Signals Out of the Body
Backyard Brains: Bringing the Body’s Electrical Signals Out of the Body
Backyard Brains: Bringing the Body’s Electrical Signals Out of the Body
Backyard Brains: Bringing the Body’s Electrical Signals Out of the Body
Backyard Brains: Bringing the Body’s Electrical Signals Out of the Body
Backyard Brains: Bringing the Body’s Electrical Signals Out of the Body
Backyard Brains: Bringing the Body’s Electrical Signals Out of the Body
Backyard Brains: Bringing the Body’s Electrical Signals Out of the Body
Backyard Brains: Bringing the Body’s Electrical Signals Out of the Body
Backyard Brains: Bringing the Body’s Electrical Signals Out of the Body
Backyard Brains: Bringing the Body’s Electrical Signals Out of the Body
Upcoming SlideShare
Loading in …5
×

Backyard Brains: Bringing the Body’s Electrical Signals Out of the Body

343 views
205 views

Published on

Presented live at FITC Amsterdam 2014 on Feb 24-25, 2014
More details can be found at www.FITC.ca

Backyard Brains: Bringing the Body’s Electrical Signals Out of the Body with Timothy Marzullo

Have you ever wondered how the electrical impulses of neurons and muscles work? Backyard Brains can help you understand! They have invented simple, portable electronics and microscopes to allow anyone to study neurons and muscles. With live demos and experiments on stage, you can do experiments that were previously only available in advanced research universities. Bring your brain!

0 Comments
0 Likes
Statistics
Notes
  • Be the first to comment

  • Be the first to like this

No Downloads
Views
Total views
343
On SlideShare
0
From Embeds
0
Number of Embeds
3
Actions
Shares
0
Downloads
5
Comments
0
Likes
0
Embeds 0
No embeds

No notes for slide
  • PhD in Astro-physics
  • Such discoveries led to debates at the time as to whether “animal electricity” was different from the electricity during lightning storms. Galvani also tested this by hanging frog legs off his back porch during thunderstorms & watching the legs twitch.
  • Backyard Brains: Bringing the Body’s Electrical Signals Out of the Body

    1. 1. Bringing the Body’s Electrical Signals Out of the Body Timothy Marzullo, Ph.D. – Neuroscience tim@backyardbrains.com www.backyardbrains.cl (en Español) www.backyardbrains.com (in English)
    2. 2. The brain is complex because it is an electrochemical organ. El cerebro es complejo: es un órgano electroquímico.
    3. 3. El cerebro tiene células llamadas neuronas, que tienen largas ramificaciones conocidas como axones. El axón más largo viaja de tu espalda al dedo de tu pie. Entre cada axón existen sinapsis.
    4. 4. Como los axones son tan largos, y tu cerebro necesita ser rápido, éste usa pulsos eléctricos que viajan a través de los axones.
    5. 5. Este pulso eléctrico es provocado por iones moviéndose hacia adentro y afuera de las células. Este pulso se llama “spike”.
    6. 6. 2. 3. 1. 4.
    7. 7. Marzullo and Gage (2012), PLoS One 7(3): e30837 Dagda et al. (2013), J.Undergraduate Neuroscience Education, Oct 15; 12(1): A66-A74 Shannon et al. (2014), Advances in Physiology Education. March (In Press)
    8. 8. "Tenemos exito. La cucharacha se mueve." - Alejandro - 7:05 PM, July 31st New, crude Digital RoboRoach Vs old, optimized analog RoboRaach But the digitial RoboRoach Can be programmed on the fly! 31
    9. 9. Chileno Alumno #2
    10. 10. Chileno Alumno #2
    11. 11. www.hackerhand.com
    12. 12. ¡Neurociencia Taller! – Abril 16, 18:00-20:00 Santiago MakerSpace en Barrio Italio Hagan sus proprios amplificadores y Más Demostraciones 45.000 mil por inscripción
    13. 13. Yellow = Amateur; Green = Colegio (High School); Brown/Orange = University; Red = Unknown 59 Paises EEUU: Cada Estado Chile: 9 de 15 Regiones
    14. 14. Yellow = Amateur; Green = Colegio (High School); Brown/Orange = University; Red = Unknown
    15. 15. Timothy Marzullo, Ph.D. – Neurociencia tim@backyardbrains.com Alex designer Brian scientist Bill engineer Greg engineer Tim scientist Carl engineer Kelley sales Ivan production www.backyardbrains.cl (en Español) www.backyardbrains.com (in English)

    ×