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Render by Amy Sterling from

reconstructions by Seung Lab, Princeton Neuroscience Institute using images acquired by The Allen Institute. Funded by IARPA MICrONS. Rendered in Cinema 4D using Otoy Octane GPU renderer.

Image: E18 hippocampal neurons stained with MAPT (red) and Doublecortin (green). The two proteins overlap in the proximal dendrites, but doublecortin is more abundant in the growth cones and periphery. As a result, the periphery appears green while the more proximal regions of the cells are yellow. The single longer process of this cell, presumably an axon, has a low doublecortin content and so appears red. Blue staining is the nuclear DNA. Protocol on datasheet.

Macquarie University

Motor Neuron Gala

Sofitel Sydney Wentworth

16 June 2015

ink on paper

32 x 42cm

2012

 

Macquarie University

Motor Neuron Gala

Sofitel Sydney Wentworth

16 June 2015

Macquarie University

Motor Neuron Gala

Sofitel Sydney Wentworth

16 June 2015

Macquarie University

Motor Neuron Gala

Sofitel Sydney Wentworth

16 June 2015

Part of a series of illustrations created for UC San Francisco to illustrate their work on the role of neurons in regulating thirst. This image shows a neuron made of water.

Macquarie University

Motor Neuron Gala

Sofitel Sydney Wentworth

16 June 2015

Tyrosine Hydroxylase Immunostaining in Substantia Nigra. NIKON E600 light microscope. This microphotograph appeared at FAPESP journal in February, 2007.

Transmission electron micrograph of Pristionchus pacificus.

Part of a series of illustrations created for UC San Francisco to illustrate their work on the role of neurons in regulating thirst. This image shows a coronal splash, but with the tips morphing into neurons.

*Neuroni Specchio*

 

"L’uomo piglia a materia anche se stesso, e si costruisce, sissignori, come una casa. Voi credete di conoscervi se non vi costruite in qualche modo?E ch’io possa conoscervi se non vi costruisco a modo mio?E voi me, se non mi costruite a modo vostro?Possiamo conoscere soltanto quello a cui riusciamo a dar forma. Ma che conoscenza può essere?E’ forse questa forma la cosa stessa?Sì, tanto per me, quanto per voi.;ma non così per me come per voi: tanto vero che io non mi riconosco nella forma che mi date voi, né voi in quella che vi do io; e la stessa cosa non è uguale per tutti e anche per ciascuno di noi può di continuo cangiare, e difatti cangia di continuo. Eppure, non c’è altra realtà fuori di questa, se non cioè nella forma momentanea che riusciamo a dare a noi stessi, agli altri, alle cose. La realtà che ho io per voi è nella forma che voi mi date; ma è realtà per voi e non per me; la realtà che voi avete per me è nella forma che io vi do; ma è realtà per me e non per voi; e per me stesso io non ho altra realtà se non nella forma che riesco a darmi. E come? Ma costruendomi, appunto”

 

Luigi Pirandello – Uno, nessuno e centomila

 

www.culturalismi.com/culturalismi/la-vignetta-del-mese/un...

823 5th Ave NW (Curated by Caitlind r.c. Brown). Installation by Lauren Simms.

Render by Amy Sterling from

reconstructions by Seung Lab, Princeton Neuroscience Institute using images acquired by The Allen Institute. Funded by IARPA MICrONS. Rendered in Cinema 4D using Otoy Octane GPU renderer.

Canon 5D Mark II,Tamron 70-300, handheld.

 

I have no idea what sort of plant this is but it looks great.

Macquarie University

Motor Neuron Gala

Sofitel Sydney Wentworth

16 June 2015

Burning Man 2013. Playa, Black Rock City, NV.

Synapse at an excitatory neuron (blue) of mouse visual cortex.

 

Render by Amy Sterling from

reconstructions by Seung Lab, Princeton Neuroscience Institute using images acquired by The Allen Institute. Funded by IARPA MICrONS. Rendered in Cinema 4D using Otoy Octane GPU renderer.

De Rosa Neuron 1997 ferrari red - campagnolo

A rendering of neurons, 2010.

UNMC researcher Jyothi Arikkath, Ph.D., works in her lab at the Durham Research Center. Arikkath is the inventor of NeuroFreeze, a protected trade secret formulation for effectively and efficiently freezing neuronal cells. Upon thawing, up to 90 percent of cells retain viability, a dramatic improvement over the 30 percent retention rate of other methods.

Rat neurons in P7 brain slice.

Inside every adolescent brain, 86 billion neurons connect and collide to produce the most frustrating, chaotic and exhilarating changes that will ever happen to us.

#LYTMindYourHead

 

Lyceum Youth Theatre and Traverse Young Writers present Mind Your Head, a double bill of performances which examines the hot topic of mental wellbeing for young people today.

 

Each evening show will feature Brainstorm, exploring the complexities of the adolescent brain in a unique performance conceived by a playwright, a neuroscientist and partially devised by the LYT cast themselves.

 

Brainstorm will be paired with a selection of short scenes by the Traverse Young Writers who have responded to themes of the science and biology behind emotions, and nature verses nurture

 

What does happiness mean? Is it material or emotional? Controlled by circumstances or temperament?

 

Find out more at: lyceum.org.uk/whats-on/production/1061

 

Photography by Ryan Buchanan

A picture shot through leafless trees on a cloudy day.

Render by Amy Sterling from

reconstructions by Seung Lab, Princeton Neuroscience Institute using images acquired by The Allen Institute. Funded by IARPA MICrONS. Rendered in Cinema 4D using Otoy Octane GPU renderer.

De Rosa Neuron 1997 frameset

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