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This collection of discussions expresses strong interest and positive perceptions of the research, especially through enthusiastic remarks like 'One step closer to Star Trek medicine' and mentions of the method’s potential to significantly improve wound healing, which reflect both fascination and recognition of impact. The tone is optimistic yet informational, emphasizing the transformative potential of electrical stimulation in medicine.
Most discussions support the potential of electrical stimulation to accelerate wound healing, indicating general agreement with the publication's findings.
The discussions show high curiosity about the technique and its implications, especially with phrases like 'One step closer to Star Trek medicine' and 'Imagine this being available to all.'
Participants reference specific research methods and outcomes, such as the threefold increase in healing speed, showing moderate engagement beyond superficial interest.
Several comments highlight the significance of this research as a promising breakthrough that could revolutionize wound care, like 'Important step forward in tissue regeneration' and 'great for chronic wounds.'
Journal Lab on a Chip: How electricity can heal wounds three times faster Journal: https://t.co/9CMCr10zzg Press: https://t.co/I3rB6tEbcV @_atanas_
Imagine this being available to all
"it was shown that the lateral EF of 18–25 year-olds (107 mV mm−1 to 148 mV mm−1) is nearly 48% larger compared to that of 65–80 year-olds (56 mV mm−1 to 76 mV mm−1)" https://t.co/peYfM9sQ6W
Bioelectronic microfluidic wound healing: a platform for investigating direct current stimulation of injured cell collectives Sebastian Shaner & Maria Asplund & coauthors @UniFreiburg
In which we begin to recognize, understand, and harness the power of the electricity generated by and coursing through our being. Here, 3x healing of diabetic ulcers. https://t.co/ynttJUlBuu https://t.co/zQ6pBwWhY1
Bioelectronic microfluidic wound healing: a platform for investigating direct current stimulation of injured cell collectives Lab on a chip feature @RoySocChem
This video discusses findings from a study published in Lab on a Chip, indicating that electrical stimulation can increase wound healing speed by three times. Chronic wounds present significant health challenges…
This video explores groundbreaking genetic research revealing at least five distinct populations of Australian dingoes. The study challenges previous claims of significant domestic dog admixture, highlighting the need…
"We were able to show that the old hypothesis about electric stimulation can be used to make wounds heal significantly faster. In order to study exactly how this works for wounds, ..." https://t.co/x6XhsaAjQ1 https://t.co/5evGIqMoSj https://t.co/S4KrVN13nd
RT @agingdoc1: Bioelectronic microfluidic wound healing: a platform for investigating direct current stimulation of injured cell collective…
Bioelectronic microfluidic wound healing: a platform for investigating direct current stimulation of injured cell collectives Lab on a chip feature @RoySocChem
Bioelectronic microfluidic wound healing: a platform for investigating direct current stimulation of injured cell collectives - now published in Lab on a Chip https://t.co/c9L5rnYohi
Et si un champ électrique pouvait accélérer X3 la cicatrisation? Article original: https://t.co/Rjn96z8zd0 Reprise dans la presse francophone : https://t.co/whpnbuROU8
"it was shown that the lateral EF of 18–25 year-olds (107 mV mm−1 to 148 mV mm−1) is nearly 48% larger compared to that of 65–80 year-olds (56 mV mm−1 to 76 mV mm−1)" https://t.co/peYfM9sQ6W
RT @LuunaZuum: One step closer to Star Trek medicine.... https://t.co/7Q4yXMriHj
Researchers from #CTH & @UniFreiburg have discovered an electric field can influence skin cells - when cells are electrically stimulated, they all align in one direction and migrate fast toward the damaged wound - no side effects. Great for chronic wounds https://t.co/FHvIIYZ76X
RT @Madam_Mito: @ElUltimoSapiens @agingdoc1 @JuliaB_fitness @Kelly69020986 @vita_dao @chrishemsworth @JellyfishDAO @KejunYing @mTOR_Leaks @…
https://t.co/UM7pGEbQ8O #wound #healing #labonachip
Human body naturally tissue repair and reorganization https://t.co/Tcyu4tS7Ai
Electroshock healing? Time will tell https://t.co/rtIvtVSh4J
Bioelectronic microfluidic wound healing: a platform for investigating direct current stimulation of injured cell collectives https://t.co/vU90NQDmPU
RT @Greenbaumly: Imagine this being available to all
RT @Greenbaumly: Imagine this being available to all
RT @Greenbaumly: Imagine this being available to all
Imagine this being available to all
https://t.co/WvekGTb7rM
Bioelectronic microfluidic wound healing: a platform for investigating direct current stimulation of injured cell collectives - Lab on a Chip (RSC Publishing) https://t.co/wY8myFkowh
Can electricity accelerate wound healing? Yes, at least in cell cultures. This could ipen whole new avenues of rapid healing and prevention of wound infections. https://t.co/uB3VfRelET
RT @medical_xpress: How electricity can heal wounds three times faster https://t.co/gmBBu2rFoc https://t.co/mGAOjkhV7D
Επιστήμονες επούλωσαν πληγές με τη βοήθεια του ηλεκτρισμού https://t.co/UBSxFhRTOr https://t.co/6nxKlx5bGv
A New Promising Method for Wound Healing. Researchers from Chalmers Institute of Technology and the University of Freiburg have proposed a new technique to heal chronic wounds faster using direct current (DC) stimulation. Read the full article: https://t.co/6qUdhOmFjA
Bioelectronic microfluidic wound healing: a platform for investigating direct current stimulation of injured cell collectives - now published in Lab on a Chip https://t.co/P0PC1FdxlS
@ichiipsy Bioelectronic microfluidic wound healing: a platform for investigating direct current stimulation of injured cell collectives - now published in Lab on a Chip https://t.co/P0PC1FdxlS
One step closer to Star Trek medicine.... https://t.co/7Q4yXMriHj
https://t.co/c2KEX7LcfL
In which we begin to recognize, understand, and harness the power of the electricity generated by and coursing through our being. Here, 3x healing of diabetic ulcers. https://t.co/ynttJUlBuu https://t.co/zQ6pBwWhY1
Ref: Shaner S, Savelyeva A, Kvartuh A, et al. Bioelectronic microfluidic wound healing: a platform for investigating direct current stimulation of injured cell collectives. Lab on a Chip. Published online January 26, 2023. doi:https://t.co/2z3CAiZz3z
Ref: Shaner S, Savelyeva A, Kvartuh A, et al. Bioelectronic microfluidic wound healing: a platform for investigating direct current stimulation of injured cell collectives. Lab on a Chip. Published online January 26, 2023. doi:https://t.co/Za0VIGqwrb
RT @EddieRDMD: Journal Lab on a Chip: How electricity can heal wounds three times faster Journal: https://t.co/9CMCr10zzg Press: https://t.…
RT @EddieRDMD: Journal Lab on a Chip: How electricity can heal wounds three times faster Journal: https://t.co/9CMCr10zzg Press: https://t.…
RT @medical_xpress: How electricity can heal wounds three times faster https://t.co/gmBBu2rFoc https://t.co/mGAOjkhV7D
The fields of bioelectronics and wound healing are just scratching the surface of how best to use guidance cues to control cell collectives. Constantly pushing a wound to close from one side via guidance cues was more effective than closing from both sides https://t.co/jqxw8TOF8g
RT @EddieRDMD: Journal Lab on a Chip: How electricity can heal wounds three times faster Journal: https://t.co/9CMCr10zzg Press: https://t.…
RT @EddieRDMD: Journal Lab on a Chip: How electricity can heal wounds three times faster Journal: https://t.co/9CMCr10zzg Press: https://t.…
RT @medical_xpress: How electricity can heal wounds three times faster https://t.co/gmBBu2rFoc https://t.co/mGAOjkhV7D
RT @EddieRDMD: Journal Lab on a Chip: How electricity can heal wounds three times faster Journal: https://t.co/9CMCr10zzg Press: https://t.…
RT @EddieRDMD: Journal Lab on a Chip: How electricity can heal wounds three times faster Journal: https://t.co/9CMCr10zzg Press: https://t.…
@ElUltimoSapiens @agingdoc1 @JuliaB_fitness @Kelly69020986 @vita_dao @chrishemsworth @JellyfishDAO @KejunYing @mTOR_Leaks @LoriShemek @cordeiro https://t.co/9arRvzUUx7 Important step forward in tissue regeneration /repurposing for #aging
RT @EddieRDMD: Journal Lab on a Chip: How electricity can heal wounds three times faster Journal: https://t.co/9CMCr10zzg Press: https://t.…
RT @EddieRDMD: Journal Lab on a Chip: How electricity can heal wounds three times faster Journal: https://t.co/9CMCr10zzg Press: https://t.…
RT @EddieRDMD: Journal Lab on a Chip: How electricity can heal wounds three times faster Journal: https://t.co/9CMCr10zzg Press: https://t.…
RT @EddieRDMD: Journal Lab on a Chip: How electricity can heal wounds three times faster Journal: https://t.co/9CMCr10zzg Press: https://t.…
RT @EddieRDMD: Journal Lab on a Chip: How electricity can heal wounds three times faster Journal: https://t.co/9CMCr10zzg Press: https://t.…
RT @EddieRDMD: Journal Lab on a Chip: How electricity can heal wounds three times faster Journal: https://t.co/9CMCr10zzg Press: https://t.…
RT @EddieRDMD: Journal Lab on a Chip: How electricity can heal wounds three times faster Journal: https://t.co/9CMCr10zzg Press: https://t.…
RT @EddieRDMD: Journal Lab on a Chip: How electricity can heal wounds three times faster Journal: https://t.co/9CMCr10zzg Press: https://t.…
RT @EddieRDMD: Journal Lab on a Chip: How electricity can heal wounds three times faster Journal: https://t.co/9CMCr10zzg Press: https://t.…
RT @EddieRDMD: Journal Lab on a Chip: How electricity can heal wounds three times faster Journal: https://t.co/9CMCr10zzg Press: https://t.…
RT @norionakatsuji: 元論文→ Reference: Shaner S, Savelyeva A, Kvartuh A, et al. Bioelectronic microfluidic wound healing: a platform for inves…
元論文→ Reference: Shaner S, Savelyeva A, Kvartuh A, et al. Bioelectronic microfluidic wound healing: a platform for investigating direct current stimulation of injured cell collectives. Lab Chip. 2023;23(6):1531-1546. doi: 10.1039/D2LC01045C https://t.co/mLjPNmSL8W
RT @medical_xpress: How electricity can heal wounds three times faster https://t.co/gmBBu2rFoc https://t.co/mGAOjkhV7D
https://t.co/bImyiC5bQy https://t.co/TZWZ0awA2g
RT @medical_xpress: How electricity can heal wounds three times faster https://t.co/gmBBu2rFoc https://t.co/mGAOjkhV7D
Journal Lab on a Chip: How electricity can heal wounds three times faster Journal: https://t.co/9CMCr10zzg Press: https://t.co/I3rB6tEbcV @_atanas_
RT @agingdoc1: Bioelectronic microfluidic wound healing: a platform for investigating direct current stimulation of injured cell collective…
RT @medical_xpress: How electricity can heal wounds three times faster https://t.co/gmBBu2rFoc https://t.co/mGAOjkhV7D
RT @medical_xpress: How electricity can heal wounds three times faster https://t.co/gmBBu2rFoc https://t.co/mGAOjkhV7D
RT @medical_xpress: How electricity can heal wounds three times faster https://t.co/gmBBu2rFoc https://t.co/mGAOjkhV7D
RT @medical_xpress: How electricity can heal wounds three times faster https://t.co/gmBBu2rFoc https://t.co/mGAOjkhV7D
RT @medical_xpress: How electricity can heal wounds three times faster https://t.co/gmBBu2rFoc https://t.co/mGAOjkhV7D
RT @medical_xpress: How electricity can heal wounds three times faster https://t.co/gmBBu2rFoc https://t.co/mGAOjkhV7D
200 mV/mmという弱い電界をかけたところ、かけなかった場合と比べて、傷の治りが3倍早いことを発見。また、チップ上で糖尿病を模倣すると、傷の治りが非常に遅くなりましたが、、電気刺激を与えることで治癒速度を上げ、健康な皮膚細胞とほぼ同じにすることができました。https://t.co/oKHRQ8XzsT
RT @medical_xpress: How electricity can heal wounds three times faster https://t.co/gmBBu2rFoc https://t.co/mGAOjkhV7D
RT @medical_xpress: How electricity can heal wounds three times faster https://t.co/gmBBu2rFoc https://t.co/mGAOjkhV7D
RT @medical_xpress: How electricity can heal wounds three times faster https://t.co/gmBBu2rFoc https://t.co/mGAOjkhV7D
RT @medical_xpress: How electricity can heal wounds three times faster https://t.co/gmBBu2rFoc https://t.co/mGAOjkhV7D
RT @medical_xpress: How electricity can heal wounds three times faster https://t.co/gmBBu2rFoc https://t.co/mGAOjkhV7D
Interesante estudio donde utilizan corrientes eléctricas para curar 3 veces más rápido las heridas https://t.co/iab6baPMc9
RT @medical_xpress: How electricity can heal wounds three times faster https://t.co/gmBBu2rFoc https://t.co/mGAOjkhV7D
RT @agingdoc1: Bioelectronic microfluidic wound healing: a platform for investigating direct current stimulation of injured cell collective…
RT @medical_xpress: How electricity can heal wounds three times faster https://t.co/gmBBu2rFoc https://t.co/mGAOjkhV7D
RT @medical_xpress: How electricity can heal wounds three times faster https://t.co/gmBBu2rFoc https://t.co/mGAOjkhV7D
RT @medical_xpress: How electricity can heal wounds three times faster https://t.co/gmBBu2rFoc https://t.co/mGAOjkhV7D
RT @medical_xpress: How electricity can heal wounds three times faster https://t.co/gmBBu2rFoc https://t.co/mGAOjkhV7D
RT @medical_xpress: How electricity can heal wounds three times faster https://t.co/gmBBu2rFoc https://t.co/mGAOjkhV7D
RT @medical_xpress: How electricity can heal wounds three times faster https://t.co/gmBBu2rFoc https://t.co/mGAOjkhV7D
RT @medical_xpress: How electricity can heal wounds three times faster https://t.co/gmBBu2rFoc https://t.co/mGAOjkhV7D
RT @medical_xpress: How electricity can heal wounds three times faster https://t.co/gmBBu2rFoc https://t.co/mGAOjkhV7D
RT @medical_xpress: How electricity can heal wounds three times faster https://t.co/gmBBu2rFoc https://t.co/mGAOjkhV7D
RT @medical_xpress: How electricity can heal wounds three times faster https://t.co/gmBBu2rFoc https://t.co/mGAOjkhV7D
RT @medical_xpress: How electricity can heal wounds three times faster https://t.co/gmBBu2rFoc https://t.co/mGAOjkhV7D
RT @medical_xpress: How electricity can heal wounds three times faster https://t.co/gmBBu2rFoc https://t.co/mGAOjkhV7D
RT @medical_xpress: How electricity can heal wounds three times faster https://t.co/gmBBu2rFoc https://t.co/mGAOjkhV7D
RT @medical_xpress: How electricity can heal wounds three times faster https://t.co/gmBBu2rFoc https://t.co/mGAOjkhV7D
RT @medical_xpress: How electricity can heal wounds three times faster https://t.co/gmBBu2rFoc https://t.co/mGAOjkhV7D
RT @medical_xpress: How electricity can heal wounds three times faster https://t.co/gmBBu2rFoc https://t.co/mGAOjkhV7D
RT @medical_xpress: How electricity can heal wounds three times faster https://t.co/gmBBu2rFoc https://t.co/mGAOjkhV7D
Bioelectronic microfluidic wound healing: a platform for investigating direct current stimulation of injured cell collectives Sebastian Shaner & Maria Asplund & coauthors @UniFreiburg
RT @medical_xpress: How electricity can heal wounds three times faster https://t.co/gmBBu2rFoc https://t.co/mGAOjkhV7D
RT @medical_xpress: How electricity can heal wounds three times faster https://t.co/gmBBu2rFoc https://t.co/mGAOjkhV7D
RT @medical_xpress: How electricity can heal wounds three times faster https://t.co/gmBBu2rFoc https://t.co/mGAOjkhV7D
RT @medical_xpress: How electricity can heal wounds three times faster https://t.co/gmBBu2rFoc https://t.co/mGAOjkhV7D
RT @medical_xpress: How electricity can heal wounds three times faster https://t.co/gmBBu2rFoc https://t.co/mGAOjkhV7D
RT @medical_xpress: How electricity can heal wounds three times faster https://t.co/gmBBu2rFoc https://t.co/mGAOjkhV7D
#Bioelectronic microfluidic wound healing: a platform for investigating direct current stimulation of injured #cell collectives #OpenAccess from Sebastian Shaner & Maria Asplund et al. @UniFreiburg #IMTEK
Bioelectronic microfluidic wound healing: a platform for investigating direct current stimulation of injured cell collectives https://t.co/qBUtMkC2eY
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