Yes We Can (#5)

Yi-Ju Lee

Brain is the reason why... (#6)

Yi-Ju Lee

Untitled (#10)

-- Yiming Xiao

Spinal cord monster (#12)

This is an axial slice of the neck that appears like the face of a monster. The nose is the spinal cord, the eyes are arteries. The white face boundary was manually drawn.

-- Rangaprakash Deshpande

Head in the Clouds (#14)

This MRI was taken of my brain after a skull fracture and concussion. It represents the expansion of the mind that comes through healing.

-- Saige Rutherford

Electrodes in Space (#17)

Deep Brain Stimulation

-- Andreas Horn

Fornix Visualized with Snake Skin (#19)

Fornix left and right tracts visualized with snake skin print

-- Bramsh Qamar Chandio

The fantastic average Joe (#11)

3D rendering of a population-averaged brain atlas

-- Yiming Xiao

Kiss (#13)

Cancer complicates about 1 in 1000 pregnancies. Luckily, we recently found that treatment during pregnancy doesn't need to impair the neurodevelopment of the child (Blommaert et al. 2020), adding to the growing evidence that cancer treatment during pregnancy is possible.

-- Jeroen Blommaert

Brain Blossom (#15)

A newly discovered, highly specialized plant: the brain blossom. A natural enigma.

-- Saige Rutherford

Pain in the brain (#16)

-- Martin Lotze

Dive to the Barine (#18)

-- Zhipeng Cao

Cingulum bundle with Nazar Boncuk printed on it (#20)

Cingulum bundle with Nazar Boncuk printed on it to keep reviewer# 2 away from your manuscript ;)

-- Bramsh Qamar Chandio

Brain Micro-vasculature Template (#35)

Micro-vascular template of cerebral vessels (n=34) obtained using a high-resolution susceptibility-weighted imaging based MICRO protocol. Vessel enhancement was induced by administering ultra-small superparamagnetic iron oxides (USPIO).

-- Sagar Buch

Pyramidal flowers painted on a hippocampal canvas (#37)

Multi-photon captured z stack of pyramidal neurons in the CA1 region of the hippocampus in a Thy-1 YFP expressing mouse. The captured z stack was converted into a z project image in Image J (FiJi) and had a LUT adjustment to produce the brilliant orange/purple colour scheme. The intense detail of the multi-photon image captures fragments of surrounding neurons producing a paint splatter effect.

-- Kristie Smith

Ms. Florence (#39)

-- Mari Shishikura

Me, The Brain and The World (#41)

The brain connectivity implies our relationships with where we come from (the lower part) and the environment (the upper part).

-- Yi-Ju Lee

Choice (#44)

Can I choose my look?

--Yi-Ju Lee

The neural manifold of social interaction (#46)

The continuous reciprocal exchange during social interaction is crucial for us as human beings. This image shows the beauty of social interaction by visualizing the synchrony of two interacting people via neural signals and wavelet coherence. Graphic: Michael Schmitz for Helmholtz Information & Data Science Academy. Analyses by doctoral researcher Christian Gerloff.

-- Michael Schmitz

Complex Symmetry in Brain Circuitry

-- Rick L Garner

Stitched

Colors of Music in brain (#36)

Music for plastic brain [Artistic representation of Auditory processing BOLD activity (fMRI) on anatomical slice in a functional hearing disorder patient]

-- Sunita Gudwani

Microglia Up in Smoke (#38)

-- Kristie Smith

Éclosion-Blooming (#40)

Ideas bloom in the brain, neuronal connections grow and die, like the birth and death of a flower. The brain stem is "tronc cérébral" in French, "tronc" meaning trunk. The cerebellum and brain stem are represented here as the roots of the brain vegetation.

-- Flavie Detcheverry

The Beautiful Brain (#42)

This painting is a cross-generational collaboration. The skill includes underlying prints and scratches. The color implies the dynamic brain activation.

-- Yi-Ju Lee & Li-Men Chung

My Brain Think, Therefore I Am (#43)

Material: colored pencils

-- Yi-Ju Lee and Li-Men Chung

Through the eyes of our brain (#45)

Through the lens of imaging techniques we look as an outside observer into the deep oscillatory nature of one of the most complex organic systems to link neural measures with human-made abstract concepts. The eye represents the circularity in the process of research to fit empirical data of a self-organising system with constructed theories of that system. Graphic: Michael Schmitz for Helmholtz Information & Data Science Academy. Analyses by doctoral researcher Christian Gerloff.

-- Michael Schmitz

Neural Network (#47)

The brain’s multi-system organization involves advanced signal processing and network connectivity across structures. The tree and leaves reflect the arborization of these neural connections that can be shaped by environmental influences (*lo-res version submitted due to max file size restriction)

-- Colin Filbey

Abstractography (#50)

-- Piyush Maiti

Bundle Analytics - Tractometry - Arcuate Fasciculus (#52)

Bundle Analytics (BUAN) in action! Distance from centroid streamline points to the rest of the streamlines points of Arcuate Fasciculus. Looks like caterpillar.

-- Bramsh Qamar Chandio

Corpus Callosum or a Spider? (#53)

Cerebellareyes (#51)

-- Andreas Horn

It's a living brain! (#54)

My sister's fist looks like a living brain and attempting to mimic how the left temporal lobe would work.

-- Yi-Ju Lee, Christine Lee

Cerebroculumulus (#55)