Ella Marushchenko (@ella_maru) 's Twitter Profile
Ella Marushchenko

@ella_maru

Scientific illustrator, designed covers and illustrations for all leading journals. Project requests : [email protected]
#sciart

ID: 2910350817

linkhttp://www.ellamarustudio.com calendar_today08-12-2014 04:03:32

16,16K Tweet

46,46K Followers

21,21K Following

Ella Marushchenko (@ella_maru) 's Twitter Profile Photo

Today some people celebrate #LaborDay, a day to honor work and the people behind it, I’m especially proud to share something made with my own creativity and my own hands! ✍️ AI-generated images are everywhere, and I believe it’s important to highlight the real labor, thought, and

Today some people celebrate #LaborDay, a day to honor work and the people behind it, I’m especially proud to share something made with my own creativity and my own hands! ✍️
AI-generated images are everywhere, and I believe it’s important to highlight the real labor, thought, and
Ella Marushchenko (@ella_maru) 's Twitter Profile Photo

My new Nature Chemistry cover: Light-Activated Spins ⚛️ 💡⚡ Andreas VJ | @avj-chem.bsky.social, Sabine Richert and colleagues is investigating and developing new materials to be used as molecular quantum bits - #qubits - for potential applications in #quantum_information science. They are using light

My new <a href="/NatureChemistry/">Nature Chemistry</a> cover: Light-Activated Spins ⚛️ 💡⚡

<a href="/AVJ_chem/">Andreas VJ | @avj-chem.bsky.social</a>, <a href="/sabine_richert/">Sabine Richert</a> and colleagues is investigating and developing new materials to be used as molecular quantum bits - #qubits - for potential applications in #quantum_information science. They are using light
Ella Marushchenko (@ella_maru) 's Twitter Profile Photo

New logo by Ella Maru Studio Inc for the Mellone Lab 🪰 👩‍🔬Mellone group explores how cells pass on genetic information with precision, focusing on #centromeres, the critical regions that guide #chromosome segregation during division. Using the genetic power of #Drosophila, they

New logo by Ella Maru Studio Inc for the Mellone Lab 🪰

👩‍🔬Mellone group explores how cells pass on genetic information with precision, focusing on #centromeres, the critical regions that guide #chromosome segregation during division. Using the genetic power of #Drosophila, they
Ella Marushchenko (@ella_maru) 's Twitter Profile Photo

💫 Our first cover for STAR Protocols by Cell Press💫 This step-by-step #protocol by @rluonog99 and Arianna Baggiolini guides the generation of cortical forebrain #organoids and cortico-pericyte #assembloids from human pluripotent stem cells #hPSCs. This method yields organoids

💫 Our first cover for <a href="/STARProtocols/">STAR Protocols</a> by <a href="/CellPressNews/">Cell Press</a>💫 

This step-by-step #protocol by @rluonog99 and <a href="/BaggioliniA/">Arianna Baggiolini</a> guides the generation of cortical forebrain #organoids and cortico-pericyte #assembloids from human pluripotent stem cells #hPSCs. This method yields organoids
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Every journal cover we create at Ella Maru Studio Inc is more than just a visual, it’s a way to mark an important scientific milestone ⭐ After finishing a #cover project, we follow up with our clients and offer a small thank-you: a free #metal_print of the artwork. It’s our way

Every journal cover we create at Ella Maru Studio Inc is more than just a visual, it’s a way to mark an important scientific milestone ⭐

After finishing a #cover project, we follow up with our clients and offer a small thank-you: a free #metal_print of the artwork. It’s our way
Ella Marushchenko (@ella_maru) 's Twitter Profile Photo

✨Our new cover for #AdvancedScience: Smart textile ⚡🧵 What if your clothes could generate power and monitor your health without bulky electronics? Our latest cover highlights a tribovoltaic #smart_textile built from a 2D copper-benzenehexathiol metal-organic framework and

✨Our new cover for #AdvancedScience: Smart textile ⚡🧵

What if your clothes could generate power and monitor your health without bulky electronics? Our latest cover highlights a tribovoltaic #smart_textile built from a 2D copper-benzenehexathiol metal-organic framework and
Ella Marushchenko (@ella_maru) 's Twitter Profile Photo

⭐ Today we continue our series of covers devoted to #wearable_biomedical_devices! This cover art highlights the #octopus-inspired 🦑 design used to make materials like PMMA (commonly used in dentistry) stay in place better. edzinovic, Sherif Elsharkawy and colleagues decided

⭐ Today we continue our series of covers devoted to #wearable_biomedical_devices!
This cover art highlights the #octopus-inspired 🦑  design used to make materials like PMMA (commonly used in dentistry) stay in place better.

<a href="/edzinovic1/">edzinovic</a>, <a href="/sherif_sharkawy/">Sherif Elsharkawy</a> and colleagues decided
Ella Marushchenko (@ella_maru) 's Twitter Profile Photo

My new cover for American Chemical Society💥🧪 Jacek Wychowaniec and colleagues showed that tiny self-assembling #peptides can direct immune responses. Depending on their sequence, they may reduce or trigger #inflammation. With just a single amino acid change, researchers were

My new cover for American Chemical Society💥🧪

<a href="/JacekWychowani1/">Jacek Wychowaniec</a> and colleagues showed that tiny self-assembling #peptides can direct immune responses. Depending on their sequence, they may reduce or trigger #inflammation. With just a single amino acid change, researchers were
Ella Marushchenko (@ella_maru) 's Twitter Profile Photo

✨💥 Our new art for a #Nature_paper that takes a major step toward real-world quantum technologies! The research, led by an incredible team including Melike Biliroglu and Mustafa Türe, and senior author Kenan Gundogdu, uncovers how #superfluorescence (an extremely rare and

✨💥 Our new art for a #Nature_paper that takes a major step toward real-world quantum technologies!

The research, led by an incredible team including Melike Biliroglu and Mustafa Türe, and senior author Kenan Gundogdu, uncovers how #superfluorescence (an extremely rare and
Ella Marushchenko (@ella_maru) 's Twitter Profile Photo

⚡️⚡️My new cover for Nano Letters : GaN nanorods!⚡️⚡️ Muhammad Y. Bashouti, Sumesh Sadhujan and colleagues successfully shifted the n-type surface states in n-type #GaN nanorods to p-type states in the challenging regime - the #blue_regime. The cover and the article are

⚡️⚡️My new cover for <a href="/NanoLetters/">Nano Letters</a> : GaN nanorods!⚡️⚡️

Muhammad Y. Bashouti, Sumesh Sadhujan and colleagues successfully shifted the n-type surface states in n-type #GaN nanorods to p-type states in the challenging regime - the #blue_regime. 

The cover and the article are
Ella Marushchenko (@ella_maru) 's Twitter Profile Photo

🌿♻️ Our new cover: #Sustainable Phase Change Materials! Our artwork illustrates the transformation of waste biomass into high-performance materials - a captivating visual companion to a new #review article by Alina Brzeczek-Szafran, Karolina Matuszek, EuTeChem_Group on biomass-derived phase

🌿♻️ Our new cover: #Sustainable Phase Change Materials!

Our artwork illustrates the transformation of waste biomass into high-performance materials - a captivating visual companion to a new #review article by <a href="/BrzeczekSzafran/">Alina Brzeczek-Szafran</a>, <a href="/K_Matuszek/">Karolina Matuszek</a>, <a href="/EutechemG/">EuTeChem_Group</a> on biomass-derived phase
Ella Marushchenko (@ella_maru) 's Twitter Profile Photo

🧫 Our new cover: Automation Meets Synthetic Biology🤖 The cover art captures the heart of the study: a #robotic, AI-driven platform for large-scale production of protein-expressing #synthetic_cells. Noga Sharf Pauker, Avi Schroeder, Shanny Ackerman and colleagues from

🧫 Our new cover: Automation Meets Synthetic Biology🤖

The cover art captures the heart of the study: a #robotic, AI-driven platform for large-scale production of protein-expressing #synthetic_cells. <a href="/NogaSharfPauker/">Noga Sharf Pauker</a>, <a href="/AviSchroeder/">Avi Schroeder</a>, <a href="/ShannyAckerman/">Shanny Ackerman</a> and colleagues from
Ella Marushchenko (@ella_maru) 's Twitter Profile Photo

✨ My new cover for Immunity : Neuroimmunology in a Nutshell 🧠🌰 The image I created for Jonathan Kipnis 💔🎗️ and Min Woo Kim from WashU in St. Louis for St. Louis depicts a brain encased within an opening walnut shell. The concept represents the "cracking of the barriers" that once limited our

✨ My new cover for <a href="/ImmunityCP/">Immunity</a>  : Neuroimmunology in a Nutshell 🧠🌰

The image I created for <a href="/jonykipnis/">Jonathan Kipnis 💔🎗️</a> and Min Woo Kim from <a href="/WashUforSTL/">WashU in St. Louis for St. Louis</a> depicts a brain encased within an opening walnut shell. The concept represents the "cracking of the barriers" that once limited our
Ella Marushchenko (@ella_maru) 's Twitter Profile Photo

I'm launching a new #CoverThursday tradition to share more our artworks. Today’s cover features #advanced_solid_batteries🔋 designed for extreme conditions - for example, for Mars 🔴! We depicted here a scene on Mars, in the Animas Mountains. A space explorer and a robot rover

I'm launching a new #CoverThursday tradition to share more our artworks. Today’s cover features #advanced_solid_batteries🔋 designed for extreme conditions - for example, for Mars 🔴!

We depicted here a scene on Mars, in the Animas Mountains. A space explorer and a robot rover
Ella Marushchenko (@ella_maru) 's Twitter Profile Photo

🤩New cover for Nano Letters! Brain-insired Engineering 🧠 On the coverart we depicted liquid artificial #synapses which were engineered with copper-based #electrolytes. The liquid-medium, enabled to better emulate the ionic movements associated with learning in the brain,

🤩New cover for <a href="/NanoLetters/">Nano Letters</a>! Brain-insired Engineering 🧠

On the coverart we depicted liquid artificial #synapses which were engineered with copper-based #electrolytes. The liquid-medium, enabled to better emulate the ionic movements associated with learning in the brain,
Ella Marushchenko (@ella_maru) 's Twitter Profile Photo

Today is #CoverThursday! That means I have something to show🤩 Here we represent the research by Mohammad Peydayesh and Raffaele Mezzenga focused on #sustainable food packaging. Researchers developed a biofilm to detect shrimp freshnes. For this cover art we drew inspiration

Today is #CoverThursday! That means I have something to show🤩

Here we represent the research by Mohammad Peydayesh and Raffaele Mezzenga focused on #sustainable food packaging. Researchers developed a biofilm to detect shrimp freshnes. For this cover art we drew inspiration
Ella Marushchenko (@ella_maru) 's Twitter Profile Photo

✨ My new cover for Cell Press Chem: A Treasure Box of Nanoparticles 💎💫 Rein Ulijn, Daniel Heller and Naxhije Berisha developed a way to mix hard-to-use drug molecules with specially designed peptides to form tiny, water-dispersible nanoparticles. These particles can hold up

✨ My new cover for <a href="/CellPress/">Cell Press</a> Chem: A Treasure Box of Nanoparticles 💎💫

Rein Ulijn, Daniel Heller and Naxhije Berisha developed a way to mix hard-to-use drug molecules with specially designed peptides to form tiny, water-dispersible nanoparticles. These particles can hold up
Ella Marushchenko (@ella_maru) 's Twitter Profile Photo

🧪✨ #CoverThursday: Smarter #Interfaces for Longer-Lasting #Batteries 🔋 Our cover for #AdvancedEnergyMaterials highlights new research by Elsa Reichmanis on how a special material called #P3KBT can help make batteries last longer. This material has two special features: ⭐

🧪✨ #CoverThursday: Smarter #Interfaces for Longer-Lasting #Batteries 🔋

Our cover for #AdvancedEnergyMaterials highlights new research by <a href="/ReichmanisGroup/">Elsa Reichmanis</a> on how a special material called #P3KBT can help make batteries last longer.
This material has two special features:
⭐
Ella Marushchenko (@ella_maru) 's Twitter Profile Photo

💗My new cover for @NatureBME: Branched #organoids uncover hidden diversity in cancer🦀 The cover illustrates diverse pancreatic cancer organoids. Maximilian Reichert, Aristeidis Papargyriou and colleagues from TU München have developed a new 3D culture system called “branched”

💗My new cover for @NatureBME: Branched #organoids uncover hidden diversity in cancer🦀

The cover illustrates diverse pancreatic cancer organoids. <a href="/MaxReichertMD/">Maximilian Reichert</a>, <a href="/arispapargyriou/">Aristeidis Papargyriou</a> and colleagues from <a href="/TU_Muenchen/">TU München</a> have developed a new 3D culture system called “branched”