Dermal Cell News

An online resource for researchers studying dermal tissue. Part of the @STEMCELLTech Science News service.

[Dermal Cell News @DermalCell]

Looking to stay up to date on the latest cell biology research?

Science News by @STEMCELLTech can help. Our website and regular newsletters keep scientists current with the latest peer-reviewed research, as well as industry and policy news.

Learn more: https://t.co/7A4aJJEbDk

[Dermal Cell News @DermalCell]

Using skin as a clinically relevant model, Gabriel Batzli, Sarah Kleb, Drs. Stephenie Droll, and Brett Shook discuss how single-cell #RNASeqencing has advanced our understanding of mechanisms that regulate inflammation after injury.

📖 Read the review: https://t.co/YGRcdg5MCC

[Dermal Cell News @DermalCell]

🚨 Researchers from @Westlake_Uni and @CAS__Science elucidate the coordinated spatiotemporal interplay of fibroblasts during #WoundRepair and spur novel therapeutic modalities and interventions for cutaneous healing.

Read more in @CellStemCell 👉 https://t.co/DC7Ta1zT5t.

[Dermal Cell News @DermalCell]

This study, led by co-first authors Jinmin Ye, Wenhao Li, and Yatong Qin, presents a dual-action microneedle therapy for #psoriasis that alleviates psoriasis by modulating #keratinocyte ferroptosis and scavenging cell-free DNA to restore inflammatory #homeostasis.

https://t.co/eHttbZvSBZ

[Dermal Cell News @DermalCell]

📢 Researchers introduced a matrix metalloproteinase-9 (MMP-9)-responsive protein release system offering a precise, adaptive therapeutic strategy for #DiabeticFootUlcer. This system holds promise for other MMP-related diseases!

🔗 https://t.co/UqJ55087mV

[Dermal Cell News @DermalCell]

In @sigtrans_sttt, this review provides a systematic overview of the epidemiology, risk factors, diagnostic classifications, and comorbidities associated with acne.

#OpenAccess: https://t.co/XGVINSDP6r

[Dermal Cell News @DermalCell]

Findings from a new study establish recombinant humanized type III #collagen as a structurally defined and reproducibly produced collagen-like #biomaterial with promising potential to support early repair of acute UV-induced #skin injury.

Congratulations to first authors Yi Xie and Yongjun Li of @iLZU1909, and their team!

Read the paper here: https://t.co/fZ46oIvuDp

[Dermal Cell News @DermalCell]

Researchers from @CUHKofficial introduced an MMP-9-responsive protein release system as a precise, adaptive therapeutic strategy for #DiabeticFootUlcer. 👣

Read the #OpenAccess article published in Advanced Science (@AdvPortfolio): https://t.co/UqJ55087mV

[Dermal Cell News @DermalCell]

Though kallikrein 5 (KLK5) overactivation is known to contribute to several inflammatory skin disorders, research findings from @CincyChildrens demonstrate that complete loss of KLK5 is also pathogenic in atopic dermatitis-like responses in mice.

Read the #OpenAccess paper here: https://t.co/anLAevWoVf

#AD #AtopicDermatitis #Inflammation

[Dermal Cell News @DermalCell]

This review highlights how #secretome-derived therapies offer a scientifically robust and clinically viable approach for restoring regenerative 🌱 competence in aged skin.

Learn more: https://t.co/N7GQwMEE9l | #OpenAccess

[Dermal Cell News @DermalCell]

Dr. J. Michelle Kahlenberg and investigators used cutaneous UVB photoexposure ☀️ of healthy controls and patients with #SystemicLupusErythematosus to provide an atlas of the cutaneous inflammatory response 24 hours after UV exposure in single-cell resolution.

🔍 https://t.co/T9oxVQX9XJ

[Dermal Cell News @DermalCell]

🔆 New study published in @CellReports links enhancer co-occupancy by p63/p73 to signaling and tumor maintenance in skin #SquamousCellCarcinoma.

👓 Read the #OpenAccess article: https://t.co/5xsGCXydim.

[Dermal Cell News @DermalCell]

Dr. Mariko Chikuma and researchers identified #TRPV4 ⚡as an important mediator of #epidermal responses to low-humidity stress 🏜️ , providing a molecular basis for low-humidity-driven signaling in the mammalian epidermis.

👉 https://t.co/dDC6F5Zgio

#OpenAccess

[Dermal Cell News @DermalCell]

This review will provide a comprehensive overview of piezoelectric biomaterials for skin wound healing 🩹 and examine the physiological and biochemical roles of the naturally occurring electric fields in healthy skin and injured skin.

Check it out: https://t.co/MtKeY96BhG

[Dermal Cell News @DermalCell]

Researchers revealed significant activation of the TCA cycle 🔄 and identified α-ketoglutarate as a central regulator orchestrating the reparative phase. 🩹

Learn more here:
https://t.co/jhnt357Zd2

#OpenAccess

[Dermal Cell News @DermalCell]

Researchers identified GLS1-mediated #glutaminolysis as a metabolic program preferentially induced in #keratinocytes under type 3 inflammatory🔥conditions.

Check it out: https://t.co/k5MAMGYGbZ

[Dermal Cell News @DermalCell]

Researchers identified terminal epidermal differentiation-associated RNA as an important regulator of terminal #epidermal differentiation and suggest that its suppression may contribute to disturbed differentiation in inflammatory and neoplastic skin diseases.

🔎Learn more: https://t.co/iuGAvFA3UW #OpenAccess

[Dermal Cell News @DermalCell]

Dr. Jiangang Feng and researchers including Xiaoyu Zhang suggested that the FOXQ1/SSBP2 regulatory axis plays a critical role in #melanoma progression and may serve as a potential therapeutic target 🎯 to improve melanoma treatment outcomes.

👉 https://t.co/IRf8oXM2GU
#OpenAccess

[Dermal Cell News @DermalCell]

New in @cddpress! ⭐

Findings identify CaMK4 as a critical driver of pathogenic Th17 cell response via the STAT3/RORγt axis in #psoriasis and suggest that it may represent a potential target 🎯 for further therapeutic exploration.

https://t.co/rTTb6bErKG

[Dermal Cell News @DermalCell]

A new study from Dr. Jiangang Feng's lab identified novel molecular targets associated with #melanoma progression.

🦊 Check out their work with FOXQ1 and SSBP2 in Molecular Carcinogenesis: https://t.co/rovvgcoJ0A

[Dermal Cell News @DermalCell]

Scientists identified a previously unrecognized RNA-based mechanism that maintains pathogenic fibroblast states during #SkinFibrosis. @PNASNews

Check out their findings here:
🔖 https://t.co/h52AobNikB