The hypothermic nature of fungi.

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PNASNews

@PNASNews · X

Fungi are colder than the air around them. Researchers measured mushrooms, yeasts, and molds and found them to be up to 5.9 °C colder than their surroundings. One guess as to how: evaporative cooling, akin to human sweating. In PNAS: https://t.co/eUEbUZ3Z3O https://t.co/7WgS1u8Zij

HM

Hisao Moriya

@hisaom · X

酵母のコロニーを初めとして菌類の細胞集団は（蒸散により）周囲より冷たいらしい。菌類が地球のバイオマスの2%を占めるので、これが地球の冷却に寄与しているかもしれないと。そして、その性質を利用してキノコエアコン（MycoCooler）を開発したというPNASの論文。 https://t.co/3ucpeRuwMG

AC

Arturo Casadevall

@ACasadevall1 · X

Infrared thermograph of Pleurotus eryngii mushrooms showing how much colder they are than the environment (blue = cold). Fungal hypothermia raises fundamental questions of why their biology and metabolism prefers cooler temperatures. https://t.co/H49ET46QLX https://t.co/53dEqSf0ZR

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Arturo Casadevall

@ACasadevall1 · X

A curious finding is that the edges of Cryptococcus and Candida colonies are warmer than the colony or agar. We hypothesize that this could be caused exothermic reactions as nutrients are digested at the capsule edge by secreted enzymes. The hypothermic nature of fungi | PNAS https://t.co/ZxqHYm394R

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Arturo Casadevall

@ACasadevall1 · X

The hypothermic nature of fungi | Proceedings of the National Academy of Sciences https://t.co/b60mZWIgbA

FM

Francis M. Martin

@fmartin1954 · X

The hypothermic nature of fungi | PNAS https://t.co/M1vdCwHqTC

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Angel

@WorldCodation · X

…formation of ice crystals (37).May 2, 2023 https://t.co/TE98t6BDaO The hypothermic nature of fungi - PMC - PubMed Central

?

(10)

@imstucinbama · X

(10) https://t.co/4ZBjtMfDTB

AC

AgusZ's Insightful Corner

@Agus_Z_X · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

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ReMBE

@mex_evo · X

Por si les interesa leer al respecto... https://t.co/eigf2ICHnf

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pieboi

@pieboi_eth · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

AC

Arturo Casadevall

@ACasadevall1 · X

It is fascinating that this plant is using evaporative cooling, which is the same mechanism that @radajbcordero described in fungi making them hypothermic. https://t.co/oj1WfLAoIg https://t.co/fMksBO8NiO

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ifullport

@ifullport · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

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ifullport

@ifullport · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

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Leslie

@FungiFounder · X

Found something new to be fascinated about - fungi thermoregulation. #funginerd

PH

Petr Heděnec

@Hedenec · X

The hypothermic nature of fungi | PNAS https://t.co/odKEqJEwNA

Reading in journal club: The hypothermic nature of fungi

MR

Matthias C. Rillig

@mrillig · X

Reading in journal club: Cordero et al. @PNASNews The hypothermic nature of fungi #fungi #mycology https://t.co/tZlGgfrsCR

Kool & The Gang − Celebration by Christoph   ...not about the R&B band of past glories and their big­gest hit, but in­stead ce­le­brates the true "cool kids", mush­rooms and their "hy­po­ther­mic nature", stu­died by Cor­de­ro et al. (2023). Read more > tinyurl.com/3nxayt8b #MicroSky #fungifriends

vielleicht nehmt ihr das nächste male eine infrarot-kamera mit, um *coole* pilze zu fotografieren, wie es arturo und sein team getan haben? natürlich besser im sommer. aber mich hat das umgehauen (=hätte nicht im traum daran gedacht)

FD

Friend.tech DEVELOPER

@FriendtechD · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

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Kimberly Ya

@dom_otz · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

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Emma Camacho

@Emma_BCC · X

RT @ACasadevall1: Cold mushrooms make @Nature collection of sharp science photographs. Story published in PNAS earlier this year. See The…

JN

Josh Nosanchuk

@josh_nosanchuk · X

RT @ACasadevall1: Cold mushrooms make @Nature collection of sharp science photographs. Story published in PNAS earlier this year. See The…

LP

Lisa Brown, PhD

@DocLBrown2 · X

RT @ACasadevall1: Cold mushrooms make @Nature collection of sharp science photographs. Story published in PNAS earlier this year. See The…

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Connie Landis Fisk, PhD

@connie_fisk · X

RT @ACasadevall1: Cold mushrooms make @Nature collection of sharp science photographs. Story published in PNAS earlier this year. See The…

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GaryFoster

@Prof_GD_Foster · X

RT @ACasadevall1: Cold mushrooms make @Nature collection of sharp science photographs. Story published in PNAS earlier this year. See The…

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Arturo Casadevall

@ACasadevall1 · X

Cold mushrooms make @Nature collection of sharp science photographs. Story published in PNAS earlier this year. See The hypothermic nature of fungi - PubMed (https://t.co/9XzKdZOLbx) https://t.co/WXqdOTjTfw

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EllenThompson

@EllenTh68875831 · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

VJ

Verity Jacques

@likitysplit50 · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

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Margaret Tucker

@Margare99254509 · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

DS

doc_san

@wrydentist · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

RK

Russell Kalis

@RussellKal78230 · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

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JME

@JME88838124 · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

AR

Adreyn Roque

@AdreynR · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

す

すいと

@gin_bio · X

RT @hisaom: 酵母のコロニーを初めとして菌類の細胞集団は（蒸散により）周囲より冷たいらしい。菌類が地球のバイオマスの2%を占めるので、これが地球の冷却に寄与しているかもしれないと。そして、その性質を利用してキノコエアコン（MycoCooler）を開発したというPNAS…

え

えばしゅう

@koburouze845 · X

RT @hisaom: 酵母のコロニーを初めとして菌類の細胞集団は（蒸散により）周囲より冷たいらしい。菌類が地球のバイオマスの2%を占めるので、これが地球の冷却に寄与しているかもしれないと。そして、その性質を利用してキノコエアコン（MycoCooler）を開発したというPNAS…

吉

吉田

@yosidaamonn · X

RT @hisaom: 酵母のコロニーを初めとして菌類の細胞集団は（蒸散により）周囲より冷たいらしい。菌類が地球のバイオマスの2%を占めるので、これが地球の冷却に寄与しているかもしれないと。そして、その性質を利用してキノコエアコン（MycoCooler）を開発したというPNAS…

暗

暗井戸

@clydemender · X

RT @hisaom: 酵母のコロニーを初めとして菌類の細胞集団は（蒸散により）周囲より冷たいらしい。菌類が地球のバイオマスの2%を占めるので、これが地球の冷却に寄与しているかもしれないと。そして、その性質を利用してキノコエアコン（MycoCooler）を開発したというPNAS…

AM

Akira Matsuura

@AkiraMatsuura · X

RT @hisaom: 酵母のコロニーを初めとして菌類の細胞集団は（蒸散により）周囲より冷たいらしい。菌類が地球のバイオマスの2%を占めるので、これが地球の冷却に寄与しているかもしれないと。そして、その性質を利用してキノコエアコン（MycoCooler）を開発したというPNAS…

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MycoAsia

@mycoasia · X

RT @bdshenoy: It's an interesting paper! The question is : Can mushroom cultivation help in combating global warming? https://t.co/1gssnF9…

BS

Belle Damodara Shenoy

@bdshenoy · X

It's an interesting paper! The question is : Can mushroom cultivation help in combating global warming? https://t.co/1gssnF9wTB https://t.co/YkbB02O9X9

武

武内康平

@Kouheiplankton · X

RT @hisaom: 酵母のコロニーを初めとして菌類の細胞集団は（蒸散により）周囲より冷たいらしい。菌類が地球のバイオマスの2%を占めるので、これが地球の冷却に寄与しているかもしれないと。そして、その性質を利用してキノコエアコン（MycoCooler）を開発したというPNAS…

マ猫

マスク・ザ・八代目 猫好亭伍玖郎

@kch5963 · X

RT @hisaom: 酵母のコロニーを初めとして菌類の細胞集団は（蒸散により）周囲より冷たいらしい。菌類が地球のバイオマスの2%を占めるので、これが地球の冷却に寄与しているかもしれないと。そして、その性質を利用してキノコエアコン（MycoCooler）を開発したというPNAS…

エ公

エヌ・ティー・エス【公式】

@ntsbook · X

RT @hisaom: 酵母のコロニーを初めとして菌類の細胞集団は（蒸散により）周囲より冷たいらしい。菌類が地球のバイオマスの2%を占めるので、これが地球の冷却に寄与しているかもしれないと。そして、その性質を利用してキノコエアコン（MycoCooler）を開発したというPNAS…

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MATTA

@ohtohtree · X

RT @hisaom: 酵母のコロニーを初めとして菌類の細胞集団は（蒸散により）周囲より冷たいらしい。菌類が地球のバイオマスの2%を占めるので、これが地球の冷却に寄与しているかもしれないと。そして、その性質を利用してキノコエアコン（MycoCooler）を開発したというPNAS…

ED

Eiji Domon/ Bernardo Domorno

@Dominique_Domon · X

RT @hisaom: 酵母のコロニーを初めとして菌類の細胞集団は（蒸散により）周囲より冷たいらしい。菌類が地球のバイオマスの2%を占めるので、これが地球の冷却に寄与しているかもしれないと。そして、その性質を利用してキノコエアコン（MycoCooler）を開発したというPNAS…

CP

Couch Potato : )

@syaberujyagaimo · X

RT @hisaom: 酵母のコロニーを初めとして菌類の細胞集団は（蒸散により）周囲より冷たいらしい。菌類が地球のバイオマスの2%を占めるので、これが地球の冷却に寄与しているかもしれないと。そして、その性質を利用してキノコエアコン（MycoCooler）を開発したというPNAS…

DY

Dan E.-Y.

@DnEvnsYmmt · X

RT @hisaom: 酵母のコロニーを初めとして菌類の細胞集団は（蒸散により）周囲より冷たいらしい。菌類が地球のバイオマスの2%を占めるので、これが地球の冷却に寄与しているかもしれないと。そして、その性質を利用してキノコエアコン（MycoCooler）を開発したというPNAS…

海

海月

@kaige2 · X

RT @hisaom: 酵母のコロニーを初めとして菌類の細胞集団は（蒸散により）周囲より冷たいらしい。菌類が地球のバイオマスの2%を占めるので、これが地球の冷却に寄与しているかもしれないと。そして、その性質を利用してキノコエアコン（MycoCooler）を開発したというPNAS…

A

a

@ayanosatoh · X

RT @hisaom: 酵母のコロニーを初めとして菌類の細胞集団は（蒸散により）周囲より冷たいらしい。菌類が地球のバイオマスの2%を占めるので、これが地球の冷却に寄与しているかもしれないと。そして、その性質を利用してキノコエアコン（MycoCooler）を開発したというPNAS…

SW

Shunichi Watanabe

@ShunichiWatana3 · X

RT @hisaom: 酵母のコロニーを初めとして菌類の細胞集団は（蒸散により）周囲より冷たいらしい。菌類が地球のバイオマスの2%を占めるので、これが地球の冷却に寄与しているかもしれないと。そして、その性質を利用してキノコエアコン（MycoCooler）を開発したというPNAS…

はこ

はるな猫(ここにいました)

@asyuracat · X

RT @hisaom: 酵母のコロニーを初めとして菌類の細胞集団は（蒸散により）周囲より冷たいらしい。菌類が地球のバイオマスの2%を占めるので、これが地球の冷却に寄与しているかもしれないと。そして、その性質を利用してキノコエアコン（MycoCooler）を開発したというPNAS…

酒Y

酒井 雄介 / SAKAI Yusuke

@sakaiy · X

RT @hisaom: 酵母のコロニーを初めとして菌類の細胞集団は（蒸散により）周囲より冷たいらしい。菌類が地球のバイオマスの2%を占めるので、これが地球の冷却に寄与しているかもしれないと。そして、その性質を利用してキノコエアコン（MycoCooler）を開発したというPNAS…

君

君塚　芳留

@kimizukayoshito · X

RT @hisaom: 酵母のコロニーを初めとして菌類の細胞集団は（蒸散により）周囲より冷たいらしい。菌類が地球のバイオマスの2%を占めるので、これが地球の冷却に寄与しているかもしれないと。そして、その性質を利用してキノコエアコン（MycoCooler）を開発したというPNAS…

ふ

ふらカナ

@fura_kana · X

RT @hisaom: 酵母のコロニーを初めとして菌類の細胞集団は（蒸散により）周囲より冷たいらしい。菌類が地球のバイオマスの2%を占めるので、これが地球の冷却に寄与しているかもしれないと。そして、その性質を利用してキノコエアコン（MycoCooler）を開発したというPNAS…

弐K

弐代目うしごや:: ver. KH

@urakiyonobu · X

RT @hisaom: 酵母のコロニーを初めとして菌類の細胞集団は（蒸散により）周囲より冷たいらしい。菌類が地球のバイオマスの2%を占めるので、これが地球の冷却に寄与しているかもしれないと。そして、その性質を利用してキノコエアコン（MycoCooler）を開発したというPNAS…

も

もり

@mad_molix · X

RT @hisaom: 酵母のコロニーを初めとして菌類の細胞集団は（蒸散により）周囲より冷たいらしい。菌類が地球のバイオマスの2%を占めるので、これが地球の冷却に寄与しているかもしれないと。そして、その性質を利用してキノコエアコン（MycoCooler）を開発したというPNAS…

じ

じゃみら

@jamiracci · X

RT @hisaom: 酵母のコロニーを初めとして菌類の細胞集団は（蒸散により）周囲より冷たいらしい。菌類が地球のバイオマスの2%を占めるので、これが地球の冷却に寄与しているかもしれないと。そして、その性質を利用してキノコエアコン（MycoCooler）を開発したというPNAS…

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Matsukiblade

@matsukiblade · X

RT @hisaom: 酵母のコロニーを初めとして菌類の細胞集団は（蒸散により）周囲より冷たいらしい。菌類が地球のバイオマスの2%を占めるので、これが地球の冷却に寄与しているかもしれないと。そして、その性質を利用してキノコエアコン（MycoCooler）を開発したというPNAS…

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LaylaLopez

@LaylaLo34715653 · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

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without416

@without416 · X

RT @hisaom: 酵母のコロニーを初めとして菌類の細胞集団は（蒸散により）周囲より冷たいらしい。菌類が地球のバイオマスの2%を占めるので、これが地球の冷却に寄与しているかもしれないと。そして、その性質を利用してキノコエアコン（MycoCooler）を開発したというPNAS…

HM

Hisao Moriya

@hisaom · X

酵母のコロニーを初めとして菌類の細胞集団は（蒸散により）周囲より冷たいらしい。菌類が地球のバイオマスの2%を占めるので、これが地球の冷却に寄与しているかもしれないと。そして、その性質を利用してキノコエアコン（MycoCooler）を開発したというPNASの論文。 https://t.co/3ucpeRuwMG

EC

Eric Carey

@EricCar76962018 · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

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MoniqueHoward

@MoniqueHow67836 · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

OF

Ole Falkus

@Fressa0815 · X

@MInkorrekt: Neues vom Pilzpaten

LG

Laura Marciano. American1st/Italian/Polish/Gypsy

@LauraMarciano8 · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

WT

WaiFung Tsang

@WaiFung_Tsang · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

PH

Paul Brennan (He/His)

@brennanpcardiff · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

DC

Dr. Lora Chamberlain

@FrackingFreeIL · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

JG

Jason Gruzin

@JasonJGruzin87 · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

K

KSA

@guyinspace · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

HC

Hans Van Cooter

@CooterHans · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

IG

isaac garay

@isaac_garay37 · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

PE

P҉҉A҉҉R҉҉I҉҉Q҉҉U҉҉E҉

@Lat53N · X

https://t.co/bKYLMCE3mF

H

HaisΞ

@rehypellc · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

S

Sj

@SnowBunny_47 · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

A

ArcaVorago

@ArcaVorago · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

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mfntobes

@ToblerMatt · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

MG

Mauricio Cerda G

@maurivcerdag · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

M

MrFurbz

@MrFurbz · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

LA

Laurance Allen

@LauranceAl21684 · X

https://t.co/v9nj7bTkWm

NW

NP AGARWAL世界一フォローを目指しますAiming best in world.

@np_grwl · X

RT @physorg_com: #Mushrooms found to keep themselves cooler than their surroundings @PNASNews https://t.co/VJiIjFvCuK https://t.co/r2rPaGb5…

K

KK

@kjhufnbv23 · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

BD

Bill Duhon

@billduhon · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

MP

MindCancer.py

@KeanuPianu · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

CC

Chris Clark

@cjclarkk · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

AC

Alejandro Cueva

@alecksCueva · X

RT @PNASNews: Fungi are colder than the air around them. Researchers measured mushrooms, yeasts, and molds and found them to be up to 5.9 °…

MP

Moreno Marcellini, PhD in Physics

@moreno8691 · X

RT @PNASNews: Fungi are colder than the air around them. Researchers measured mushrooms, yeasts, and molds and found them to be up to 5.9 °…

し

しもだ

@KS33021414 · X

キノコクーラーなかなかにお強い https://t.co/0MM2okT2Cm

FW

Frank W

@fsw1993 · X

RT @PNASNews: Fungi are colder than the air around them. Researchers measured mushrooms, yeasts, and molds and found them to be up to 5.9 °…

G

GabrielaAdams

@GabrielaAd6319 · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

P

PNASNews

@PNASNews · X

Fungi are colder than the air around them. Researchers measured mushrooms, yeasts, and molds and found them to be up to 5.9 °C colder than their surroundings. One guess as to how: evaporative cooling, akin to human sweating. In PNAS: https://t.co/eUEbUZ3Z3O https://t.co/7WgS1u8Zij

EE

Eddie Singh Longbridge|Council of Eddies

@EddieLongbridg1 · X

RT @ACasadevall1: A curious finding is that the edges of Cryptococcus and Candida colonies are warmer than the colony or agar. We hypothesi…

K

KickingCancersAss

@CancerFighter51 · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

EE

ESCMID Fungal Infection Study Group (EFISG)

@efisg_escmid · X

RT @ACasadevall1: A curious finding is that the edges of Cryptococcus and Candida colonies are warmer than the colony or agar. We hypothesi…

AC

Arda Cakiroglu

@ardacontact · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

KM

K-Mac

@Keifermcd · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

B

bhoferMD

@bhoferMD · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

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Tina

@TinaEdelDe · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

MR

Miriam Oses-Ruiz

@OsesMir · X

RT @ACasadevall1: A curious finding is that the edges of Cryptococcus and Candida colonies are warmer than the colony or agar. We hypothesi…

AS

Alex da Silva

@alexdasilvauk · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

MS

Mimi Shortsleeve

@jewellemichon6 · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

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FungusProf

@FungusProf · X

RT @ACasadevall1: A curious finding is that the edges of Cryptococcus and Candida colonies are warmer than the colony or agar. We hypothesi…

MS

Martin Murtagh, M.Sc.

@martimurtagh · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

EC

Emma Camacho

@Emma_BCC · X

RT @ACasadevall1: A curious finding is that the edges of Cryptococcus and Candida colonies are warmer than the colony or agar. We hypothesi…

RR

Rodrigo Reis

@Rodrigo_S_Reis · X

RT @fmartin1954: The hypothermic nature of fungi | PNAS https://t.co/M1vdCwHqTC

FH

Ferry Hagen

@ferryhagen · X

RT @ACasadevall1: A curious finding is that the edges of Cryptococcus and Candida colonies are warmer than the colony or agar. We hypothesi…

AA

Alexandre Alanio

@a_alanio · X

RT @ACasadevall1: A curious finding is that the edges of Cryptococcus and Candida colonies are warmer than the colony or agar. We hypothesi…

FM

Francis M. Martin

@fmartin1954 · X

RT @ACasadevall1: A curious finding is that the edges of Cryptococcus and Candida colonies are warmer than the colony or agar. We hypothesi…

CR

Colton Roy

@MrStandingCrow · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

NT

Nick Talbot

@talbotlabTSL · X

RT @ACasadevall1: A curious finding is that the edges of Cryptococcus and Candida colonies are warmer than the colony or agar. We hypothesi…

EW

Elizabeth Westaway

@EWestaway · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

MR

Mr. Rivera

@fckgringos · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

KD

Kasia Hein-Peters, M.D.

@Kasia_HP · X

RT @ACasadevall1: A curious finding is that the edges of Cryptococcus and Candida colonies are warmer than the colony or agar. We hypothesi…

LC

LizzaFlowers1956 - DESISTIR, JAMAIS!!! 5º conta!

@LizzaCwb · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

V

VinnyShoreman

@vinnyshoreman · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

MM

Mycology Reference Centre Manchester

@MycologyRefManc · X

The hypothermic nature of fungi | PNAS https://t.co/6yyy4oIMl2

AC

Arturo Casadevall

@ACasadevall1 · X

A curious finding is that the edges of Cryptococcus and Candida colonies are warmer than the colony or agar. We hypothesize that this could be caused exothermic reactions as nutrients are digested at the capsule edge by secreted enzymes. The hypothermic nature of fungi | PNAS https://t.co/ZxqHYm394R

J

jaforsythe

@jaforsythe · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

MW

mary williams

@PlantTeaching · X

RT @fmartin1954: The hypothermic nature of fungi | PNAS https://t.co/M1vdCwHqTC

MH

Mark E. Hauber

@cowbirdlab · X

RT @fmartin1954: The hypothermic nature of fungi | PNAS https://t.co/M1vdCwHqTC

SC

salazar.camilo

@salazarbiol · X

RT @fmartin1954: The hypothermic nature of fungi | PNAS https://t.co/M1vdCwHqTC

OS

o.Shirya

@o_Shirya · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

MG

Manu Gupta

@_mgupta108 · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

MM

Mario Vallejo-Marin

@nicrodemo · X

RT @fmartin1954: The hypothermic nature of fungi | PNAS https://t.co/M1vdCwHqTC

CC

C_caseys

@C_Caseys · X

RT @fmartin1954: The hypothermic nature of fungi | PNAS https://t.co/M1vdCwHqTC

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TheTamarDick

@TheTamarDick · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

SY

Suffering right beside you

@Menofguidance · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

JΨ

617J@ψδιη

@617J1 · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

P

pingpongpowpow

@pingpongpowpow · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

RC

Reinaldo F Cristo

@rcristo · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

ƁĞ

ɓø_ğíē

@Snitch93 · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

WC

Walter Bl4ck

@bl4ck_walt19456 · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

H

Huang

@Huang79405690 · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

UE

University of Pragmatic Entropy

@PragmaticArts · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

S

Sbwell

@Sbwell2 · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

M

Moth

@MonsieurMoth · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

D

Davo

@jd_covas · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

PP

Piotr Pietruczuk

@JakalTheOne · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

M

MD

@DPCDoctor · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

R

ResilientRoamer

@ResilientRoamer · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

Z

ze

@jlrevolnot · X

RT @PaulStamets: Now we know why mushrooms are so much colder. See the article just published by Cordero at al. 2023 The Hypothermic Natur…

HW

Hugo Pickford-Wardle

@Hugopw · X

How about mushroom powered air conditioning? I’ve said before that the answer to our most pressing problems is probably ‘fungi’. This new research suggests mushrooms could be used to make air conditioning! https://t.co/0URKVBgrz4

RC

Radamés JB Cordero

@radajbcordero · X

RT @JohnsHopkinsMMI: The fungal kingdom is characteristically cold. In recent @PNASNews paper @radajbcordero, @ermattoon & @ACasadevall1 su…

CD

Carlos-Dread

@CarlosDread787 · X

RT @JohnsHopkinsMMI: The fungal kingdom is characteristically cold. In recent @PNASNews paper @radajbcordero, @ermattoon & @ACasadevall1 su…

MI

Molecular Microbiology and Immunology

@JohnsHopkinsMMI · X

The fungal kingdom is characteristically cold. In recent @PNASNews paper @radajbcordero, @ermattoon & @ACasadevall1 suggest mushrooms, yeast & mold can maintain colder temperatures than their surroundings. Each achieve hypothermia via evaporative cooling. https://t.co/iLCvbcdeKn

AS

Adrian Santos

@LordZebrafish · X

RT @radajbcordero: Fungi are cooler than you think—literally!

JP

Jorge Ramirez Prado

@JHRamirezPrado · X

"Under cold stars obscure to human sight" (Fungi from Yuggoth, H. P. Lovecraft) https://t.co/bdfFSD1Ayy

DD

Dr. Ivy Dambuza

@ivy_dambuza · X

RT @radajbcordero: Fungi are cooler than you think—literally!

MI

Molecular Microbiology and Immunology

@JohnsHopkinsMMI · X

RT @radajbcordero: Fungi are cooler than you think—literally!

RC

Radamés JB Cordero

@radajbcordero · X

Fungi are cooler than you think—literally!

JN

Josh Nosanchuk

@josh_nosanchuk · X

RT @ACasadevall1: Infrared thermograph of Pleurotus eryngii mushrooms showing how much colder they are than the environment (blue = cold).…

YH

Yen-Ping Hsueh

@fungi_worms · X

RT @ACasadevall1: Infrared thermograph of Pleurotus eryngii mushrooms showing how much colder they are than the environment (blue = cold).…

H

Holtz

@Biorealism · X

Our data suggest not only mushrooms, but yeast & mold communities can maintain colder temperatures than their surroundings. https://t.co/8WNdbVdtix

ÁP

Álvaro Martínez del Pozo

@mart1nezdelp0z0 · X

"These findings suggest that the fungal kingdom is characteristically cold" @belenpmicro @jessigserna The hypothermic nature of fungi | Proceedings of the National Academy of Sciences https://t.co/YMkR8QsgTT

JT

John Turner

@DrJohnTurner · X

RT @ACasadevall1: Infrared thermograph of Pleurotus eryngii mushrooms showing how much colder they are than the environment (blue = cold).…

SC

Sid Chopra

@skchopra007 · X

RT @ACasadevall1: Infrared thermograph of Pleurotus eryngii mushrooms showing how much colder they are than the environment (blue = cold).…

DS

David Sychantha

@davesychantha · X

RT @ACasadevall1: Infrared thermograph of Pleurotus eryngii mushrooms showing how much colder they are than the environment (blue = cold).…

MS

Manuel Sánchez

@ManoloSanchezA · X

RT @ACasadevall1: Infrared thermograph of Pleurotus eryngii mushrooms showing how much colder they are than the environment (blue = cold).…

KT

Kenneth Timmis

@KennethTimmis · X

RT @ACasadevall1: Infrared thermograph of Pleurotus eryngii mushrooms showing how much colder they are than the environment (blue = cold).…

RC

Radamés JB Cordero

@radajbcordero · X

RT @ACasadevall1: Infrared thermograph of Pleurotus eryngii mushrooms showing how much colder they are than the environment (blue = cold).…

H

Hugo

@Hugo_E_Garcia_ · X

RT @ACasadevall1: Infrared thermograph of Pleurotus eryngii mushrooms showing how much colder they are than the environment (blue = cold).…

FM

Francis M. Martin

@fmartin1954 · X

RT @ACasadevall1: Infrared thermograph of Pleurotus eryngii mushrooms showing how much colder they are than the environment (blue = cold).…

OM

Orietta Massidda

@orietta_mas · X

RT @ACasadevall1: Infrared thermograph of Pleurotus eryngii mushrooms showing how much colder they are than the environment (blue = cold).…

LP

Lisa Brown, PhD

@DocLBrown2 · X

RT @ACasadevall1: Infrared thermograph of Pleurotus eryngii mushrooms showing how much colder they are than the environment (blue = cold).…

NM

Neil McCarthy

@neilemccarthy · X

RT @ACasadevall1: Infrared thermograph of Pleurotus eryngii mushrooms showing how much colder they are than the environment (blue = cold).…

A

AberMycol

@AberMycol · X

RT @ACasadevall1: Infrared thermograph of Pleurotus eryngii mushrooms showing how much colder they are than the environment (blue = cold).…

AR

Aaron Reinke

@Reinke_Science · X

RT @ACasadevall1: Infrared thermograph of Pleurotus eryngii mushrooms showing how much colder they are than the environment (blue = cold).…

MM

Mark O. Martin

@markowenmartin · X

RT @ACasadevall1: Infrared thermograph of Pleurotus eryngii mushrooms showing how much colder they are than the environment (blue = cold).…

AC

Arturo Casadevall

@ACasadevall1 · X

Infrared thermograph of Pleurotus eryngii mushrooms showing how much colder they are than the environment (blue = cold). Fungal hypothermia raises fundamental questions of why their biology and metabolism prefers cooler temperatures. https://t.co/H49ET46QLX https://t.co/53dEqSf0ZR

A

Abelus

@abelusmx · X

RT @physorg_com: #Mushrooms found to keep themselves cooler than their surroundings @PNASNews https://t.co/VJiIjFvCuK https://t.co/r2rPaGb5…

ɹ

/ɹɑb/

@RobertBorland7 · X

RT @physorg_com: #Mushrooms found to keep themselves cooler than their surroundings @PNASNews https://t.co/VJiIjFvCuK https://t.co/r2rPaGb5…

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PsyberspaceSuperstar

@psybrspcsuprstr · X

RT @physorg_com: #Mushrooms found to keep themselves cooler than their surroundings @PNASNews https://t.co/VJiIjFvCuK https://t.co/r2rPaGb5…

SM

Stanislav Mihulka

@MihulkaS · X

RT @physorg_com: #Mushrooms found to keep themselves cooler than their surroundings @PNASNews https://t.co/VJiIjFvCuK https://t.co/r2rPaGb5…

PB

Phys.org Biology

@physorg_biology · X

RT @physorg_com: #Mushrooms found to keep themselves cooler than their surroundings @PNASNews https://t.co/VJiIjFvCuK https://t.co/r2rPaGb5…

PO

Phys.org

@physorg_com · X

#Mushrooms found to keep themselves cooler than their surroundings @PNASNews https://t.co/VJiIjFvCuK https://t.co/r2rPaGb5gh

M

MYCONET

@millenialmyces · X

RT @ACasadevall1: The hypothermic nature of fungi | Proceedings of the National Academy of Sciences https://t.co/b60mZWIgbA

AC

Adriana Corrales

@adri_corrales33 · X

RT @fmartin1954: The hypothermic nature of fungi | PNAS https://t.co/M1vdCwHqTC

MP

Milda Pucetaite

@MildaPucetaite · X

RT @fmartin1954: The hypothermic nature of fungi | PNAS https://t.co/M1vdCwHqTC

M

MichaelThallium

@MichaelThallium · X

RT @DGHaskell: "Our data suggest that not only mushrooms, but yeast and mold communities can maintain colder temperatures than their surrou…

JP

Jong-Geol Kim, PhD,

@JongGeol_Kim7 · X

RT @fmartin1954: The hypothermic nature of fungi | PNAS https://t.co/M1vdCwHqTC

C徐

Clement Tsui 徐健銘

@km_tsui · X

RT @fmartin1954: The hypothermic nature of fungi | PNAS https://t.co/M1vdCwHqTC

RB

R.Erlantz S.B.

@Igela_hamar · X

RT @DGHaskell: "Our data suggest that not only mushrooms, but yeast and mold communities can maintain colder temperatures than their surrou…

TK

Toby Kiers

@KiersToby · X

RT @fmartin1954: The hypothermic nature of fungi | PNAS https://t.co/M1vdCwHqTC

TL

Tristan A F Long

@thelonglab · X

RT @DGHaskell: "Our data suggest that not only mushrooms, but yeast and mold communities can maintain colder temperatures than their surrou…

DH

David Haskell

@DGHaskell · X

"Our data suggest that not only mushrooms, but yeast and mold communities can maintain colder temperatures than their surroundings."

MM

Mark O. Martin

@markowenmartin · X

RT @fmartin1954: The hypothermic nature of fungi | PNAS https://t.co/M1vdCwHqTC

FM

Francis M. Martin

@fmartin1954 · X

The hypothermic nature of fungi | PNAS https://t.co/M1vdCwHqTC

YF

Yufeng "Francis" Fang

@YufengFang · X

RT @ACasadevall1: The hypothermic nature of fungi | Proceedings of the National Academy of Sciences https://t.co/b60mZWIgbA

BK

Ben Kendrick

@FungiwithBengi · X

RT @ACasadevall1: The hypothermic nature of fungi | Proceedings of the National Academy of Sciences https://t.co/b60mZWIgbA

JS

Jason Stajich

@hyphaltip · X

RT @ACasadevall1: The hypothermic nature of fungi | Proceedings of the National Academy of Sciences https://t.co/b60mZWIgbA

JN

Josh Nosanchuk

@josh_nosanchuk · X

RT @ACasadevall1: The hypothermic nature of fungi | Proceedings of the National Academy of Sciences https://t.co/b60mZWIgbA

D

Diana

@sommerxhild · X

RT @ACasadevall1: The hypothermic nature of fungi | Proceedings of the National Academy of Sciences https://t.co/b60mZWIgbA

LP

Lisa Brown, PhD

@DocLBrown2 · X

RT @ACasadevall1: The hypothermic nature of fungi | Proceedings of the National Academy of Sciences https://t.co/b60mZWIgbA

LD

Lavinia Romera, M.Sc., Ph.D

@laviromera_phd · X

RT @ACasadevall1: The hypothermic nature of fungi | Proceedings of the National Academy of Sciences https://t.co/b60mZWIgbA

LQ

Luis Quevedo

@luis_quevedo · X

súper interesante!!! (… y yo que solo puedo pensar en The Last of Us al leer este paper del gran @ACasadevall1

AR

Amey Redkar

@RedkarAmey · X

RT @ACasadevall1: The hypothermic nature of fungi | Proceedings of the National Academy of Sciences https://t.co/b60mZWIgbA

HW

Harry Webb

@harrywe26805243 · X

The hypothermic nature of fungi | Proceedings of the National Academy of Sciences https://t.co/syX3geasxj

YH

Yu-Ying Phoebe Hsieh

@HsiehYp · X

RT @ACasadevall1: The hypothermic nature of fungi | Proceedings of the National Academy of Sciences https://t.co/b60mZWIgbA

EC

Emma Camacho

@Emma_BCC · X

RT @radajbcordero: The hypothermic nature of fungi | PNAS https://t.co/ZBsNJBxpA4

EC

Emma Camacho

@Emma_BCC · X

RT @ACasadevall1: The hypothermic nature of fungi | Proceedings of the National Academy of Sciences https://t.co/b60mZWIgbA

LT

liv ☮️ (they/them)

@liv_laugh_lab · X

RT @ACasadevall1: The hypothermic nature of fungi | Proceedings of the National Academy of Sciences https://t.co/b60mZWIgbA

M

micropapers

@micro_papers · X

The hypothermic nature of fungi https://t.co/7u3hiSCDwu

HT

Hung-Ji Tsai

@HJTsai · X

RT @ACasadevall1: The hypothermic nature of fungi | Proceedings of the National Academy of Sciences https://t.co/b60mZWIgbA

KT

Kenneth Timmis

@KennethTimmis · X

RT @radajbcordero: The hypothermic nature of fungi | PNAS https://t.co/ZBsNJBxpA4

MM

Mark O. Martin

@markowenmartin · X

RT @ACasadevall1: The hypothermic nature of fungi | Proceedings of the National Academy of Sciences https://t.co/b60mZWIgbA

RC

Radamés JB Cordero

@radajbcordero · X

The hypothermic nature of fungi | PNAS https://t.co/ZBsNJBxpA4

IK

Irah King

@King_Lab_McGill · X

RT @ACasadevall1: The hypothermic nature of fungi | Proceedings of the National Academy of Sciences https://t.co/b60mZWIgbA

AC

Arturo Casadevall

@ACasadevall1 · X

The hypothermic nature of fungi | Proceedings of the National Academy of Sciences https://t.co/b60mZWIgbA

F

What species of mushroom is this, that produces or stores heat and ...

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... al. 2023 The Hypothermic Nature of Fungi. https://www.pnas.org/doi/10.1073/pnas.2221996120 · Torin Taylor and 5.8K others ·

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Հետաքրքիր հետազոտություն է սնկերի ...

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... pnas.org/doi/10.1073/pnas.2221996120#fig05. Log in ·

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Are the mushrooms winding down in Saint John? - Facebook

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... of Fungi. https://www.pnas.org/doi/10.1073/pnas. 2221996120.

... pnas.org/doi/10.1073/pnas.2221996120#:~:text=We%20show%20that%20yeast%20and,observed%20across%20the%20fungal%20kingdom.

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Only 1°C and still going! Pictures taken two days ago. About a month ...

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2023 The Hypothermic Nature of Fungi. https://www.pnas.org/doi/10.1073/pnas.2221996120 · Torin Taylor and 5.8K others ·

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Parece que la capacidad de termorregularse mediante el sudor está ...

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... 10.1073/pnas.2221996120) #science #ciencia #biology #biologia #physiology #fisiologia #fungi #hongos #setas #summer #verano #sweat #sudar ...

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Skeptical Science New Research for Week #20 2023

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... 10.1073/pnas.2221996120. GHG sources & sinks, flux, related geochemistry. A tropical cocktail of organic matter sources: Variability in ...

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Thermal makes spotting Morels easy : r/mycology

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No, most fungi will be cooler than the surrounding environment. Even mold and yeasts. https://www.pnas.org/doi/10.1073/pnas.2221996120.

2023 The Hypothermic Nature of Fungi. https://www.pnas.org/doi/10.1073/pnas.2221996120.

DOI/PMID/ISBN: https://doi.org/10.1073/pnas.2221996120 URL.

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Mushrooms found to keep themselves cooler than their surroundings

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DOI: 10.1073/pnas.2221996120. A team of molecular biologists at Johns Hopkins Bloomberg School of. Public Health, working with a colleague ...

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org/10.1073/pnas.2221996120. 《中国科学报》 (2023-05-08 第2版国际). 打印 发E-mail给：. 以下评论只代表网友个人观点，不代表科学网观点。 相关新闻 ...

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org/10.1073/pnas.2221996120. 版权声明：凡本网注明“来源：中国科学报、科学网、科学新闻杂志”的所有作品，网站转载，请在正文上方注明来源和作者，且 ...

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https://www.pnas.org/doi/10.1073/pnas. 2221996120.