Gonna do some fox girls for November for #FigureFriday.
This week I am showing Mito Mashiro from Tayutama, a visual novel which is, surprisingly, in English. You can get it on Steam.
Still trying to figure out we live in a world where eroge (with patch) are available in English on Steam.
This week I am showing Mito Mashiro from Tayutama, a visual novel which is, surprisingly, in English. You can get it on Steam.
Still trying to figure out we live in a world where eroge (with patch) are available in English on Steam.
November 13, 2026 at 1:34 PM
Gonna do some fox girls for November for #FigureFriday.
This week I am showing Mito Mashiro from Tayutama, a visual novel which is, surprisingly, in English. You can get it on Steam.
Still trying to figure out we live in a world where eroge (with patch) are available in English on Steam.
This week I am showing Mito Mashiro from Tayutama, a visual novel which is, surprisingly, in English. You can get it on Steam.
Still trying to figure out we live in a world where eroge (with patch) are available in English on Steam.
Late for #FigureFriday but we continue with the cozy nerd girl theme.
I am sure Futaba Sakura from Persona 5 does not need an introduction.
Will admit this was advertised as a 1/7th but it feels small enough to be a 1/8th.
I am sure Futaba Sakura from Persona 5 does not need an introduction.
Will admit this was advertised as a 1/7th but it feels small enough to be a 1/8th.
November 8, 2026 at 12:31 AM
Late for #FigureFriday but we continue with the cozy nerd girl theme.
I am sure Futaba Sakura from Persona 5 does not need an introduction.
Will admit this was advertised as a 1/7th but it feels small enough to be a 1/8th.
I am sure Futaba Sakura from Persona 5 does not need an introduction.
Will admit this was advertised as a 1/7th but it feels small enough to be a 1/8th.
🧬 Figure Friday
Can similar proteins recognize the same partner differently?
Donald Spratt & colleagues reveal how UBE3B and UBE3C bind calmodulin in distinct ways despite sharing conserved IQ motifs.
📄 Protein Science
🖼️ Fig. 2
🔗: onlinelibrary.wiley.com/doi/10.1002/...
#FigureFriday
Can similar proteins recognize the same partner differently?
Donald Spratt & colleagues reveal how UBE3B and UBE3C bind calmodulin in distinct ways despite sharing conserved IQ motifs.
📄 Protein Science
🖼️ Fig. 2
🔗: onlinelibrary.wiley.com/doi/10.1002/...
#FigureFriday
November 6, 2026 at 4:52 PM
🧬 Figure Friday
Can similar proteins recognize the same partner differently?
Donald Spratt & colleagues reveal how UBE3B and UBE3C bind calmodulin in distinct ways despite sharing conserved IQ motifs.
📄 Protein Science
🖼️ Fig. 2
🔗: onlinelibrary.wiley.com/doi/10.1002/...
#FigureFriday
Can similar proteins recognize the same partner differently?
Donald Spratt & colleagues reveal how UBE3B and UBE3C bind calmodulin in distinct ways despite sharing conserved IQ motifs.
📄 Protein Science
🖼️ Fig. 2
🔗: onlinelibrary.wiley.com/doi/10.1002/...
#FigureFriday
🧬 Figure Friday
How do bacteria evade our immune defenses?
Chunhao Li & colleagues reveal how bacterial sialidases remove sugars from proteins, weakening immune responses and helping pathogens escape detection.
📄 Protein Science: onlinelibrary.wiley.com/doi/10.1002/...
🖼️ Fig. 6
#FigureFriday
How do bacteria evade our immune defenses?
Chunhao Li & colleagues reveal how bacterial sialidases remove sugars from proteins, weakening immune responses and helping pathogens escape detection.
📄 Protein Science: onlinelibrary.wiley.com/doi/10.1002/...
🖼️ Fig. 6
#FigureFriday
October 30, 2026 at 8:19 PM
🧬 Figure Friday
How do bacteria evade our immune defenses?
Chunhao Li & colleagues reveal how bacterial sialidases remove sugars from proteins, weakening immune responses and helping pathogens escape detection.
📄 Protein Science: onlinelibrary.wiley.com/doi/10.1002/...
🖼️ Fig. 6
#FigureFriday
How do bacteria evade our immune defenses?
Chunhao Li & colleagues reveal how bacterial sialidases remove sugars from proteins, weakening immune responses and helping pathogens escape detection.
📄 Protein Science: onlinelibrary.wiley.com/doi/10.1002/...
🖼️ Fig. 6
#FigureFriday
This is Halloween on #FigureFriday. No bonus this year but still got a costume for you.
Prize figure but it's still a high quality Marin Kitagawa from My Dress-Up Darling in her Shizuku-tan outfit. I think I got this before watching the series, and glad I did.
Prize figure but it's still a high quality Marin Kitagawa from My Dress-Up Darling in her Shizuku-tan outfit. I think I got this before watching the series, and glad I did.
October 30, 2026 at 12:30 PM
This is Halloween on #FigureFriday. No bonus this year but still got a costume for you.
Prize figure but it's still a high quality Marin Kitagawa from My Dress-Up Darling in her Shizuku-tan outfit. I think I got this before watching the series, and glad I did.
Prize figure but it's still a high quality Marin Kitagawa from My Dress-Up Darling in her Shizuku-tan outfit. I think I got this before watching the series, and glad I did.
🧬 Figure Friday
How do cells break down unwanted proteins?
Daniel Kraut & colleagues at Villanova University reveal how the proteasome uses different mechanisms to pull, grip, and unfold proteins for degradation.
📄 Protein Science: onlinelibrary.wiley.com/doi/10.1002/...
🖼️ Fig. 1
#FigureFriday
How do cells break down unwanted proteins?
Daniel Kraut & colleagues at Villanova University reveal how the proteasome uses different mechanisms to pull, grip, and unfold proteins for degradation.
📄 Protein Science: onlinelibrary.wiley.com/doi/10.1002/...
🖼️ Fig. 1
#FigureFriday
October 23, 2026 at 3:00 PM
🧬 Figure Friday
How do cells break down unwanted proteins?
Daniel Kraut & colleagues at Villanova University reveal how the proteasome uses different mechanisms to pull, grip, and unfold proteins for degradation.
📄 Protein Science: onlinelibrary.wiley.com/doi/10.1002/...
🖼️ Fig. 1
#FigureFriday
How do cells break down unwanted proteins?
Daniel Kraut & colleagues at Villanova University reveal how the proteasome uses different mechanisms to pull, grip, and unfold proteins for degradation.
📄 Protein Science: onlinelibrary.wiley.com/doi/10.1002/...
🖼️ Fig. 1
#FigureFriday
Still going strong for #FigureFriday.
FERN ARRIVED
For some reason the seller just decided to send it off normal post and I also did not have to spend extra at the post office. So she arrived at my doorstep just fine.
And it is gorgeous.
FERN ARRIVED
For some reason the seller just decided to send it off normal post and I also did not have to spend extra at the post office. So she arrived at my doorstep just fine.
And it is gorgeous.
October 23, 2026 at 12:42 PM
Still going strong for #FigureFriday.
FERN ARRIVED
For some reason the seller just decided to send it off normal post and I also did not have to spend extra at the post office. So she arrived at my doorstep just fine.
And it is gorgeous.
FERN ARRIVED
For some reason the seller just decided to send it off normal post and I also did not have to spend extra at the post office. So she arrived at my doorstep just fine.
And it is gorgeous.
#FigureFriday! Been awhile huh? Well this time I have the superb Tomb Raider x GI Joe Lara Croft, everything is just about perfect, especially for a domestic figure of her, we've been getting bootlegs for years feels nice having a solid figure of a gaming great, I love this figure
October 24, 2026 at 1:39 AM
#FigureFriday! Been awhile huh? Well this time I have the superb Tomb Raider x GI Joe Lara Croft, everything is just about perfect, especially for a domestic figure of her, we've been getting bootlegs for years feels nice having a solid figure of a gaming great, I love this figure
A small foxy #FigureFriday this week. With a small fox Pokemon.
I actually did not play Pokemon after gen 1, until gen 6. And then they introduced my favorite line in the form of Fennekin to Delphox. Of course I came back to the Fox Wizard game.
Also the trainer Serena.
I actually did not play Pokemon after gen 1, until gen 6. And then they introduced my favorite line in the form of Fennekin to Delphox. Of course I came back to the Fox Wizard game.
Also the trainer Serena.
October 16, 2026 at 10:01 PM
A small foxy #FigureFriday this week. With a small fox Pokemon.
I actually did not play Pokemon after gen 1, until gen 6. And then they introduced my favorite line in the form of Fennekin to Delphox. Of course I came back to the Fox Wizard game.
Also the trainer Serena.
I actually did not play Pokemon after gen 1, until gen 6. And then they introduced my favorite line in the form of Fennekin to Delphox. Of course I came back to the Fox Wizard game.
Also the trainer Serena.
Getting randomly warm this weekend for #FigureFriday but I'm still sharing the cozy nerd girls this season.
This one is of Katsushika Hokusai from Fate/Grand Order in a get up that I can only describe as "University Art Student."
This one is of Katsushika Hokusai from Fate/Grand Order in a get up that I can only describe as "University Art Student."
October 9, 2026 at 12:34 PM
Getting randomly warm this weekend for #FigureFriday but I'm still sharing the cozy nerd girls this season.
This one is of Katsushika Hokusai from Fate/Grand Order in a get up that I can only describe as "University Art Student."
This one is of Katsushika Hokusai from Fate/Grand Order in a get up that I can only describe as "University Art Student."
🧬 Figure Friday
Can sugar modifications influence eye health?
Stacy Malaker & colleagues show that O-glycans affect the structure and assembly of lacritin, a tear protein being studied for dry eye disease.
📄 Protein Science: onlinelibrary.wiley.com/doi/full/10....
🖼️ Fig. 4
#FigureFriday
Can sugar modifications influence eye health?
Stacy Malaker & colleagues show that O-glycans affect the structure and assembly of lacritin, a tear protein being studied for dry eye disease.
📄 Protein Science: onlinelibrary.wiley.com/doi/full/10....
🖼️ Fig. 4
#FigureFriday
October 9, 2026 at 3:03 PM
🧬 Figure Friday
Can sugar modifications influence eye health?
Stacy Malaker & colleagues show that O-glycans affect the structure and assembly of lacritin, a tear protein being studied for dry eye disease.
📄 Protein Science: onlinelibrary.wiley.com/doi/full/10....
🖼️ Fig. 4
#FigureFriday
Can sugar modifications influence eye health?
Stacy Malaker & colleagues show that O-glycans affect the structure and assembly of lacritin, a tear protein being studied for dry eye disease.
📄 Protein Science: onlinelibrary.wiley.com/doi/full/10....
🖼️ Fig. 4
#FigureFriday
Continuing my nerd theme for #FigureFriday.
I have a shelf with figures that have a glasses, books or just a smart theme.
This one is Ooyodo from Kantai Collection. Has a gacha game Naval officer look.
I have a shelf with figures that have a glasses, books or just a smart theme.
This one is Ooyodo from Kantai Collection. Has a gacha game Naval officer look.
October 2, 2026 at 12:41 PM
Continuing my nerd theme for #FigureFriday.
I have a shelf with figures that have a glasses, books or just a smart theme.
This one is Ooyodo from Kantai Collection. Has a gacha game Naval officer look.
I have a shelf with figures that have a glasses, books or just a smart theme.
This one is Ooyodo from Kantai Collection. Has a gacha game Naval officer look.
It's going to rain today on #FigureFriday (late again).
Although delaying turned into having the perfect figure for a rainy day. This one is Man Sui from The Hungry Lamb, which is a Chinese visual novel on Steam and Switch.
It is apparently DARK though. Not horror, more human dark.
Although delaying turned into having the perfect figure for a rainy day. This one is Man Sui from The Hungry Lamb, which is a Chinese visual novel on Steam and Switch.
It is apparently DARK though. Not horror, more human dark.
September 26, 2026 at 2:17 PM
It's going to rain today on #FigureFriday (late again).
Although delaying turned into having the perfect figure for a rainy day. This one is Man Sui from The Hungry Lamb, which is a Chinese visual novel on Steam and Switch.
It is apparently DARK though. Not horror, more human dark.
Although delaying turned into having the perfect figure for a rainy day. This one is Man Sui from The Hungry Lamb, which is a Chinese visual novel on Steam and Switch.
It is apparently DARK though. Not horror, more human dark.
🧬 Figure Friday
Not all amino acid changes affect proteins the same way.
Liskin Swint-Kruse & colleagues developed RheoScale 2.0 to reveal hidden patterns in how substitutions impact protein function.
📄 Protein Science: onlinelibrary.wiley.com/doi/10.1002/...
🖼️ Fig. 4
#FigureFriday
Not all amino acid changes affect proteins the same way.
Liskin Swint-Kruse & colleagues developed RheoScale 2.0 to reveal hidden patterns in how substitutions impact protein function.
📄 Protein Science: onlinelibrary.wiley.com/doi/10.1002/...
🖼️ Fig. 4
#FigureFriday
September 25, 2026 at 3:01 PM
🧬 Figure Friday
Not all amino acid changes affect proteins the same way.
Liskin Swint-Kruse & colleagues developed RheoScale 2.0 to reveal hidden patterns in how substitutions impact protein function.
📄 Protein Science: onlinelibrary.wiley.com/doi/10.1002/...
🖼️ Fig. 4
#FigureFriday
Not all amino acid changes affect proteins the same way.
Liskin Swint-Kruse & colleagues developed RheoScale 2.0 to reveal hidden patterns in how substitutions impact protein function.
📄 Protein Science: onlinelibrary.wiley.com/doi/10.1002/...
🖼️ Fig. 4
#FigureFriday
It's going to be a rainy day today for #FigureFriday.
Since it's getting colder, time for some of my more cozily dressed figures. This week is Yuki Nagato from The Melancholy of Haruhi Suzumiya in her sweater uniform. Should be a throwback.
Yes I was a Yuki person.
Since it's getting colder, time for some of my more cozily dressed figures. This week is Yuki Nagato from The Melancholy of Haruhi Suzumiya in her sweater uniform. Should be a throwback.
Yes I was a Yuki person.
September 18, 2026 at 12:31 PM
It's going to be a rainy day today for #FigureFriday.
Since it's getting colder, time for some of my more cozily dressed figures. This week is Yuki Nagato from The Melancholy of Haruhi Suzumiya in her sweater uniform. Should be a throwback.
Yes I was a Yuki person.
Since it's getting colder, time for some of my more cozily dressed figures. This week is Yuki Nagato from The Melancholy of Haruhi Suzumiya in her sweater uniform. Should be a throwback.
Yes I was a Yuki person.
Little late for #FigureFriday.
We've entered the cozy months, so have a cozy figure of
Sagisawa Fumika from THE iDOLM@STER. Sometimes I like a character enough from fan art and their vibe, I end up getting a figure of them.
We've entered the cozy months, so have a cozy figure of
Sagisawa Fumika from THE iDOLM@STER. Sometimes I like a character enough from fan art and their vibe, I end up getting a figure of them.
September 12, 2026 at 1:07 PM
Little late for #FigureFriday.
We've entered the cozy months, so have a cozy figure of
Sagisawa Fumika from THE iDOLM@STER. Sometimes I like a character enough from fan art and their vibe, I end up getting a figure of them.
We've entered the cozy months, so have a cozy figure of
Sagisawa Fumika from THE iDOLM@STER. Sometimes I like a character enough from fan art and their vibe, I end up getting a figure of them.
🧬 Figure Friday
How does HIV-1 protease change as drug resistance develops?
Rieko Ishima & colleagues show that resistance mutations increase asymmetry in the protein’s flexible flaps when bound to darunavir.
📄 Read more: onlinelibrary.wiley.com/doi/10.1002/...
Fig. 1A–B
#FigureFriday
How does HIV-1 protease change as drug resistance develops?
Rieko Ishima & colleagues show that resistance mutations increase asymmetry in the protein’s flexible flaps when bound to darunavir.
📄 Read more: onlinelibrary.wiley.com/doi/10.1002/...
Fig. 1A–B
#FigureFriday
September 11, 2026 at 3:40 PM
🧬 Figure Friday
How does HIV-1 protease change as drug resistance develops?
Rieko Ishima & colleagues show that resistance mutations increase asymmetry in the protein’s flexible flaps when bound to darunavir.
📄 Read more: onlinelibrary.wiley.com/doi/10.1002/...
Fig. 1A–B
#FigureFriday
How does HIV-1 protease change as drug resistance develops?
Rieko Ishima & colleagues show that resistance mutations increase asymmetry in the protein’s flexible flaps when bound to darunavir.
📄 Read more: onlinelibrary.wiley.com/doi/10.1002/...
Fig. 1A–B
#FigureFriday
Special occasion for #FigureFriday this week.
Since we have a solid release date for Fate/Extra Record, I'm showing the figure I have of Caster, aka Tamamo no Mae.
I've never played it but what I've seen she's... VERY devoted to her master.
Thirstily so.
Want a third ascension figure, though.
Since we have a solid release date for Fate/Extra Record, I'm showing the figure I have of Caster, aka Tamamo no Mae.
I've never played it but what I've seen she's... VERY devoted to her master.
Thirstily so.
Want a third ascension figure, though.
September 4, 2026 at 10:18 PM
Special occasion for #FigureFriday this week.
Since we have a solid release date for Fate/Extra Record, I'm showing the figure I have of Caster, aka Tamamo no Mae.
I've never played it but what I've seen she's... VERY devoted to her master.
Thirstily so.
Want a third ascension figure, though.
Since we have a solid release date for Fate/Extra Record, I'm showing the figure I have of Caster, aka Tamamo no Mae.
I've never played it but what I've seen she's... VERY devoted to her master.
Thirstily so.
Want a third ascension figure, though.
🧬 Figure Friday!
Can protein design make a challenging antibiotic target easier to study?
Oliver Zerbe and colleagues created a soluble mimic of LptD, a bacterial membrane protein, that could help make this promising target more accessible for drug screening.
(Fig. 1)
#FigureFriday
Can protein design make a challenging antibiotic target easier to study?
Oliver Zerbe and colleagues created a soluble mimic of LptD, a bacterial membrane protein, that could help make this promising target more accessible for drug screening.
(Fig. 1)
#FigureFriday
August 28, 2026 at 4:40 PM
🧬 Figure Friday!
Can protein design make a challenging antibiotic target easier to study?
Oliver Zerbe and colleagues created a soluble mimic of LptD, a bacterial membrane protein, that could help make this promising target more accessible for drug screening.
(Fig. 1)
#FigureFriday
Can protein design make a challenging antibiotic target easier to study?
Oliver Zerbe and colleagues created a soluble mimic of LptD, a bacterial membrane protein, that could help make this promising target more accessible for drug screening.
(Fig. 1)
#FigureFriday
End of summer on #FigureFriday. Festival season, so have a yukata.
I've learned more about my camera since last year, so I am doing a repeat of Konjiki no Yami or Golden Darkness from To LOVEru Darkness. Love the dynamicness of the figure, and a lot of detail for a simple 1/8th.
I've learned more about my camera since last year, so I am doing a repeat of Konjiki no Yami or Golden Darkness from To LOVEru Darkness. Love the dynamicness of the figure, and a lot of detail for a simple 1/8th.
August 28, 2026 at 12:44 PM
End of summer on #FigureFriday. Festival season, so have a yukata.
I've learned more about my camera since last year, so I am doing a repeat of Konjiki no Yami or Golden Darkness from To LOVEru Darkness. Love the dynamicness of the figure, and a lot of detail for a simple 1/8th.
I've learned more about my camera since last year, so I am doing a repeat of Konjiki no Yami or Golden Darkness from To LOVEru Darkness. Love the dynamicness of the figure, and a lot of detail for a simple 1/8th.
🧬 Figure Friday
Can a protein “helper” promote protein splicing?
Chris Lennon and colleagues at Murray State University show that the chaperone GroEL stabilizes intein-containing proteins during heat stress, indirectly increasing splicing.
#FigureFriday #ProteinScience
Can a protein “helper” promote protein splicing?
Chris Lennon and colleagues at Murray State University show that the chaperone GroEL stabilizes intein-containing proteins during heat stress, indirectly increasing splicing.
#FigureFriday #ProteinScience
August 21, 2026 at 6:47 PM
🧬 Figure Friday
Can a protein “helper” promote protein splicing?
Chris Lennon and colleagues at Murray State University show that the chaperone GroEL stabilizes intein-containing proteins during heat stress, indirectly increasing splicing.
#FigureFriday #ProteinScience
Can a protein “helper” promote protein splicing?
Chris Lennon and colleagues at Murray State University show that the chaperone GroEL stabilizes intein-containing proteins during heat stress, indirectly increasing splicing.
#FigureFriday #ProteinScience
Getting close to the end of summer on #FigureFriday.
This year I tried to have a theme of shrine maidens, for festivals. This one is Koumoto Madoka from the eroge
Hoshizora e Kakaru Hashi. Definitely my aesthetic and the figure wasn't expensive so I snagged it.
This year I tried to have a theme of shrine maidens, for festivals. This one is Koumoto Madoka from the eroge
Hoshizora e Kakaru Hashi. Definitely my aesthetic and the figure wasn't expensive so I snagged it.
August 21, 2026 at 12:47 PM
Getting close to the end of summer on #FigureFriday.
This year I tried to have a theme of shrine maidens, for festivals. This one is Koumoto Madoka from the eroge
Hoshizora e Kakaru Hashi. Definitely my aesthetic and the figure wasn't expensive so I snagged it.
This year I tried to have a theme of shrine maidens, for festivals. This one is Koumoto Madoka from the eroge
Hoshizora e Kakaru Hashi. Definitely my aesthetic and the figure wasn't expensive so I snagged it.
Special Different
Figure Friday Artist Collective Event at South Jersey Artist Collective SJAC!
Session was MC’d by Jen Tracy @jenthetracy.bsky.social
Modeled by Connie Marie.
#nathanrutkowskiartist #figurefriday #process
Figure Friday Artist Collective Event at South Jersey Artist Collective SJAC!
Session was MC’d by Jen Tracy @jenthetracy.bsky.social
Modeled by Connie Marie.
#nathanrutkowskiartist #figurefriday #process
August 1, 2026 at 6:43 PM
Special Different
Figure Friday Artist Collective Event at South Jersey Artist Collective SJAC!
Session was MC’d by Jen Tracy @jenthetracy.bsky.social
Modeled by Connie Marie.
#nathanrutkowskiartist #figurefriday #process
Figure Friday Artist Collective Event at South Jersey Artist Collective SJAC!
Session was MC’d by Jen Tracy @jenthetracy.bsky.social
Modeled by Connie Marie.
#nathanrutkowskiartist #figurefriday #process
Kelly @pagan.mom on Friday the 13th
Figure Friday at South Jersey Behavioral Center Oaklyn NJ. MC’d by @jenthetracy worked with @jimslic @valeriepantaloneart @josh_george_art and others without IG. Great time out
#artcollective #njarts #nathanrutkowskiartist #figurefriday
Figure Friday at South Jersey Behavioral Center Oaklyn NJ. MC’d by @jenthetracy worked with @jimslic @valeriepantaloneart @josh_george_art and others without IG. Great time out
#artcollective #njarts #nathanrutkowskiartist #figurefriday
March 15, 2026 at 5:37 PM
Kelly @pagan.mom on Friday the 13th
Figure Friday at South Jersey Behavioral Center Oaklyn NJ. MC’d by @jenthetracy worked with @jimslic @valeriepantaloneart @josh_george_art and others without IG. Great time out
#artcollective #njarts #nathanrutkowskiartist #figurefriday
Figure Friday at South Jersey Behavioral Center Oaklyn NJ. MC’d by @jenthetracy worked with @jimslic @valeriepantaloneart @josh_george_art and others without IG. Great time out
#artcollective #njarts #nathanrutkowskiartist #figurefriday
Lezlee looking up from her book Composition in Primary Magenta and Pthalo Blue.
Acrylic on paper 18 x 24 inches.
#figurefriday #nathanrutkowskiartist #aestheticresearch #painting
Acrylic on paper 18 x 24 inches.
#figurefriday #nathanrutkowskiartist #aestheticresearch #painting
February 23, 2026 at 12:03 AM
Lezlee looking up from her book Composition in Primary Magenta and Pthalo Blue.
Acrylic on paper 18 x 24 inches.
#figurefriday #nathanrutkowskiartist #aestheticresearch #painting
Acrylic on paper 18 x 24 inches.
#figurefriday #nathanrutkowskiartist #aestheticresearch #painting