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NowickiLab @LabNowicki

nowickilab.science uses molecular genetics to uncover species diversity & evolutionary history in plants & their pathogens. U of Tenn #Vols He/him

Joined October 2020
  • Tweets 9,549
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  • Followers 481
178 Photos and videos
NowickiLab retweeted
biorxiv_biochem@biorxiv_biochem
27 Jun 2025
Genetic regulation of anthocyanin biosynthesis in Cornus species: The roles of R2R3-MYB transcription factors biorxiv.org/content/10.1101/… #biorxiv_biochem

Genetic regulation of anthocyanin biosynthesis in Cornus species: The roles of R2R3-MYB transcrip...

Flowering dogwood ( Cornus florida L.) and Asian dogwood ( C. kousa F. Buerger ex Hance) are popular deciduous ornamental trees native to a wide range of the eastern and southeastern United States...

biorxiv.org
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NowickiLab retweeted
UT Entomology & Plant Pathology@epp_tn
6 May 2025
Fungal threats like Discula destructiva are a growing concern for forests and ornamental crops. Our latest study investigates how this dogwood anthracnose pathogen breaks down plant defenses using powerful enzymes. #epptn @UTAgResearch Learn More: pubmed.ncbi.nlm.nih.gov/4029…
Figure 1. Influence of medium composition on fungal growth dynamics. An example of D. destructiva isolates (AS111 and E145) and their differences in growth based upon varying compositions of media. The top row displays the growth of D. destructiva (AS111) 21 days after inoculation on the four media. The bottom row displays the growth of D. destructiva (E145) 21 days after inoculation on the four media. Media are displayed from left to right as the following: OWA, SDA, ½-stength PDA, and modified Plich. Credit: Marcin Nowicki Lab

ALT Figure 1. Influence of medium composition on fungal growth dynamics. An example of D. destructiva isolates (AS111 and E145) and their differences in growth based upon varying compositions of media. The top row displays the growth of D. destructiva (AS111) 21 days after inoculation on the four media. The bottom row displays the growth of D. destructiva (E145) 21 days after inoculation on the four media. Media are displayed from left to right as the following: OWA, SDA, ½-stength PDA, and modified Plich. Credit: Marcin Nowicki Lab
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NowickiLab retweeted
UT Entomology & Plant Pathology@epp_tn
24 Mar 2025
EPP researchers studied Diphasiastrum digitatum, commonly known as fan clubmoss or Southern ground cedar, across the Eastern U.S. to explore its genetic diversity and evolutionary history. Learn more about their findings: doi.org/10.1002/ece3.71079. #epptn
Supplementary Figure F1: Diphasiastrum digitatum in natural habitat. Subpopulation ‘VCT_01’, specifically at the sampling site of 1059 m.a.s.l. (GPS: 36.60826, -81.63655) is shown. Picture date and collection date was 2018-06-02. Photo Credit: R.N. Trigiano

ALT Supplementary Figure F1: Diphasiastrum digitatum in natural habitat. Subpopulation ‘VCT_01’, specifically at the sampling site of 1059 m.a.s.l. (GPS: 36.60826, -81.63655) is shown. Picture date and collection date was 2018-06-02. Photo Credit: R.N. Trigiano
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NowickiLab retweeted
UF/IFAS Plant Pathology Department@UFPlantPath
25 Sep 2024
UF/IFAS Professor Selected to Lead Plant Pathology Organization - Plant Pathology Department go.ufl.edu/garrett-aps-presi…

UF/IFAS Professor Selected to Lead Plant Pathology Organization - Plant Pathology Department

Email 0 Facebook 0 Twitter 0 Reddit 0 X Linkedin 0 Stumbleupon 0 A UF/IFAS professor has been selected to lead the largest and oldest organization of plant pathologists in the world. Dr. Karen...

blogs.ifas.ufl.edu
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NowickiLab retweeted
The PhD Place
@ThePhDPlace
28 Sep 2024
Is this true?
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NowickiLab retweeted
Prof. Nikolai Slavov
@slavov_n
27 Sep 2024
Simplified view of metabolism. Proteoforms & metabolites are abstracted. Many of the parameters are unknown. Regulatory links are missing.
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NowickiLab retweeted
Physics In History
@PhysInHistory
23 Sep 2024
Visualization of the magnetic field. x.com/wonderofscience/status…

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NowickiLab retweeted
John B. Holbein
@JohnHolbein1
22 Sep 2024
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NowickiLab@LabNowicki
24 Sep 2024
#ProudMentor Summer @UT_Herbert #HERO student, Patrick Barry, is presenting his research on #invasive #forest #pathogen, Discula destructiva. Annual @UTK_URF #DiscoveryDay research event. @epp_tn @UTAgResearch
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NowickiLab@LabNowicki
24 Sep 2024
#TheyGrowSoFast #ScholarsInMaking
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NowickiLab retweeted
Ethics in Bricks@EthicsInBricks
4 Aug 2024
"Academic" is just a fancy job title for Elsevier's content creators.
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NowickiLab retweeted
Duncan Porter@misterduncan
4 Aug 2024
Fifteen years minus one day between these photos. Taken at the Rhone glacier in Switzerland today. Not gonna lie, it made me cry.
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NowickiLab retweeted
Sebastian S. Cocioba🪄🌷@ATinyGreenCell
1 Aug 2024
And with this last RUBY expression experiment, I can confidently say that pCambia2300-RUBYGREEN is ready for use!!! I just listed the plasmid in my webstore for the low price of $20. Making fresh stabs as we speak. Go support my lab and buy one today! atinygreencell.com/products/…
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NowickiLab retweeted
Harmit S. Malik@HarmitMalik
27 Jul 2024
It's interesting to read critiques of papers in 'high-profile' journals that end up with SO MUCH data that could probably be at least four papers. Yet few people comment on the fact that the paper was in review for two years (cue jokes about that's how long it took to read it) 1/
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NowickiLab retweeted
Dr. William J. Ripple@WilliamJRipple
25 Jul 2024
What. . .?
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NowickiLab retweeted
kez cleal@kezcleal
26 Jul 2024
So happy to see this out today - our ultra-fast genome browser GW v1.0 #Genomics 🚀 biorxiv.org/content/10.1101/…
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NowickiLab retweeted
Ben See@ClimateBen
25 Jul 2024
BREAKING:  scientists reveal global warming has been underestimated with Earth already having warmed by more than 1.5°C since the late 19th century confirming we're in the process of passing multiple climate tipping points as warming accelerates to a rate of 0.25-0.5°C/decade 🧵
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NowickiLab retweeted
Retraction Watch@RetractionWatch
25 Jul 2024
“How I turned seemingly ‘failed’ experiments into a successful Ph.D.” science.org/content/article/…
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NowickiLab retweeted
Bento Lab 🧬
@theBentoLab
26 Jul 2024
For anyone who wants faster PCRs with normal (or portable) PCR equipment and standard polymerases, here are four great studies on this topic that have tried to push “standard” PCR as fast as they could make it can go: 🧵 👇 1/5
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