Search for scalp degeneration in research

research Scalp needle mesotherapy as a method supporting the treatment of alopecia

September 2021 in “Farmacja Polska”

Scalp needle mesotherapy can effectively treat hair loss and improve hair growth.

research Minimal Scars for Scalp Surgery

January 2007 in “Dermatologic Surgery”

A new scalp surgery technique leads to significantly thinner scars.

Low-Energy Laser in the Treatment of Scalp Alopecia

research Low-energy laser in the treatment of alopecia of the <strong class="highlighted">scalp<</strong>/title></a> </h3> <span class="meta astro-zcneq2th"> <span class="post-time highlight-sort-date astro-zcneq2th"> December 1997 </span> <span class="journal astro-zcneq2th"> in “Proceedings of SPIE, the International Society for Optical Engineering/Proceedings of SPIE”</span> </span> </header> <div class="entry-summary summary-tldr astro-zcneq2th"> Low-energy laser therapy can improve <strong class="highlighted">scalp</strong> alopecia treatment when combined with classical methods. </div> </article> <article class="is-category-research astro-zcneq2th"> <img class="astro-zcneq2th size-small astro-tjcsvuoi" src="/images/research/96196442-b0a4-49f8-8905-6a6cf414ebd2/small/50007.jpg" alt="SesZen-Bio: A Novel Modulator of Wnt/β-Catenin Signaling for Promoting Hair Growth and Follicular Regeneration" width="100"> <header class="astro-zcneq2th">  <h3 class="entry-title astro-zcneq2th"> <span class="is-category-research search-result-type has-category-background-color astro-zcneq2th"> research </span> <a href="/research/seszen-bio-modulator-of-wnt-catenin-for-hair-growth-pWxm" label="[object Object]" class="astro-zcneq2th">SesZen-Bio: A Novel Modulator of Wnt/β-Catenin Signalling for Promoting Hair Growth and Follicular <strong class="highlighted">Regeneration</strong></a> </h3> <span class="meta astro-zcneq2th"> <span class="post-time highlight-sort-date astro-zcneq2th"> April 2025 </span> <span class="journal astro-zcneq2th"> in “International Journal of Pharmaceutical Sciences Review and Research”</span> </span> </header> <div class="entry-summary summary-tldr astro-zcneq2th"> SesZen-Bio™ may be a promising and safer option for promoting hair growth. <span class="excerpt_part astro-zcneq2th"></span> </div> </article> <article class="is-category-research astro-zcneq2th"> <img class="astro-zcneq2th size-small astro-tjcsvuoi" src="/images/research/ab019a6a-f124-4679-aa5a-dacbf4796391/small/37272.jpg" alt="Enhancing Hair Regeneration: Recent Progress in Tailoring Nano-Structured Lipid Carriers Through Surface Modification Strategies" width="100"> <header class="astro-zcneq2th">  <h3 class="entry-title astro-zcneq2th"> <span class="is-category-research search-result-type has-category-background-color astro-zcneq2th"> research </span> <a href="/research/enhancing-hair-regeneration-nano-structured-lipid-carriers-Rr5O" label="[object Object]" class="astro-zcneq2th">Enhancing hair <strong class="highlighted">regeneration</strong>: Recent progress in tailoring nano-structured lipid carriers through surface modification strategies</a> </h3> <span class="meta astro-zcneq2th"> <span class="post-time highlight-sort-date astro-zcneq2th"> July 2024 </span> <span class="journal astro-zcneq2th"> in “ADMET & DMPK”</span> </span> </header> <div class="entry-summary summary-tldr astro-zcneq2th"> Surface-modified nanostructured lipid carriers can improve hair growth treatments. <span class="excerpt_part astro-zcneq2th"></span> </div> </article> <article class="is-category-research astro-zcneq2th"> <img class="astro-zcneq2th size-small astro-tjcsvuoi" src="/images/research/ed67c505-7213-48b0-979c-5b5caf18906a/small/37075.jpg" alt="Significant Hair Regeneration in Androgenetic Alopecia Observed with Unani Treatment" width="100"> <header class="astro-zcneq2th">  <h3 class="entry-title astro-zcneq2th"> <span class="is-category-research search-result-type has-category-background-color astro-zcneq2th"> research </span> <a href="/research/hair-regeneration-in-androgenetic-alopecia-with-unani-XArv" label="[object Object]" class="astro-zcneq2th">Significant Hair <strong class="highlighted">Regeneration</strong> in Androgenetic Alopecia observed with Unani Treatment</a> </h3> <span class="meta astro-zcneq2th"> <span class="post-time highlight-sort-date astro-zcneq2th"> May 2024 </span> <span class="journal astro-zcneq2th"> in “International journal of science and research”</span> </span> </header> <div class="entry-summary summary-tldr astro-zcneq2th"> Unani treatment significantly regrows hair in young adults with androgenetic alopecia. <span class="excerpt_part astro-zcneq2th"></span> </div> </article> <article class="is-category-research astro-zcneq2th"> <img class="astro-zcneq2th size-small astro-tjcsvuoi" src="/images/research/0a7673a3-b4cd-400c-b86f-e47b7fe2bc1f/small/16006.jpg" alt="Disturbed Sebum and Microbiome Composition in Sensitive Scalp" width="100"> <header class="astro-zcneq2th">  <h3 class="entry-title astro-zcneq2th"> <span class="is-category-research search-result-type has-category-background-color astro-zcneq2th"> research </span> <a href="/research/disturbed-sebum-and-microbiome-in-sensitive-scalp-oO6L" label="[object Object]" class="astro-zcneq2th">1302 Disturbed sebum and microbiome composition in sensitive <strong class="highlighted">scalp</strong></a> </h3> <span class="meta astro-zcneq2th"> <span class="post-time highlight-sort-date astro-zcneq2th"> April 2018 </span> <span class="journal astro-zcneq2th"> in “Journal of Investigative Dermatology”</span> </span> </header> <div class="entry-summary summary-tldr astro-zcneq2th"> Sensitive <strong class="highlighted">scalp</strong> has higher pH, more redness, abnormal sebum, and altered bacterial makeup. </div> </article> <article class="is-category-research astro-zcneq2th"> <img class="astro-zcneq2th size-small astro-tjcsvuoi" src="/images/research/b356303a-6e5a-4bda-bc00-0bbdb362e715/small/19638.jpg" alt="Skin Regeneration: Strategies and Innovations" width="100"> <header class="astro-zcneq2th">  <h3 class="entry-title astro-zcneq2th"> <span class="is-category-research search-result-type has-category-background-color astro-zcneq2th"> research </span> <a href="/research/skin-regeneration-strategies-and-innovations-5ARK" label="[object Object]" class="astro-zcneq2th">Skin <strong class="highlighted">Regeneration</strong></a> </h3> <span class="meta astro-zcneq2th"> <span class="post-time highlight-sort-date astro-zcneq2th"> January 2016 </span> <span class="journal astro-zcneq2th"> in “Springer eBooks”</span> </span> </header> <div class="entry-summary summary-tldr astro-zcneq2th"> New materials and methods could improve skin healing and reduce scarring. <span class="excerpt_part astro-zcneq2th"></span> </div> </article> <article class="is-category-research astro-zcneq2th"> <img class="astro-zcneq2th size-small astro-tjcsvuoi" src="/images/research/7c036c38-1bbd-42bb-a678-0943fc667de9/small/3943.jpg" alt="Functional Hair Follicle Regeneration" width="100"> <header class="astro-zcneq2th">  <h3 class="entry-title astro-zcneq2th"> <span class="is-category-research search-result-type has-category-background-color astro-zcneq2th"> research </span> <a href="/research/functional-hair-follicle-regeneration-therapy-0gRN" label="[object Object]" class="astro-zcneq2th">Functional Hair Follicle <strong class="highlighted">Regeneration</strong></a> </h3> <span class="meta astro-zcneq2th"> <span class="post-time highlight-sort-date astro-zcneq2th"> January 2017 </span> <span class="journal astro-zcneq2th"> in “Springer eBooks”</span> </span> </header> <div class="entry-summary summary-tldr astro-zcneq2th"> Scientists made working hair follicles using stem cells, helping future hair loss treatments. <span class="excerpt_part astro-zcneq2th"></span> </div> </article> <article class="is-category-research astro-zcneq2th"> <img class="astro-zcneq2th size-small astro-tjcsvuoi" src="/images/research/3ca7283d-0e65-4f69-acff-bbac70b13890/small/19929.jpg" alt="The Role of Stromal Stem Cells in Tissue Regeneration and Wound Repair" width="100"> <header class="astro-zcneq2th">  <h3 class="entry-title astro-zcneq2th"> <span class="is-category-research search-result-type has-category-background-color astro-zcneq2th"> research </span> <a href="/research/role-of-stromal-stem-cells-in-regeneration-and-repair-VJl1" label="[object Object]" class="astro-zcneq2th">The Role of Stromal Stem Cells in Tissue <strong class="highlighted">Regeneration</strong> and Wound Repair</a> </h3> <span class="meta astro-zcneq2th"> <span class="cited_by_count highlight-sort-popularity astro-zcneq2th"> 295 citations </span> , <span class="post-time highlight-sort-date astro-zcneq2th"> June 2009 </span> <span class="journal astro-zcneq2th"> in “Science”</span> </span> </header> <div class="entry-summary summary-tldr astro-zcneq2th"> Stromal stem cells may help heal wounds by becoming structural cells or affecting the immune system, but more research is needed to understand how. <span class="excerpt_part astro-zcneq2th"></span> </div> </article> <article class="is-category-research astro-zcneq2th"> <img class="astro-zcneq2th size-small astro-tjcsvuoi" src="/images/research/06ac0a92-e36b-4a87-b74e-8f60480f90ac/small/51422.jpg" alt="Micro-Injury Induces Hair Regeneration And Vitiligo Repigmentation Through Wnt/β-Catenin Pathway" width="100"> <header class="astro-zcneq2th">  <h3 class="entry-title astro-zcneq2th"> <span class="is-category-research search-result-type has-category-background-color astro-zcneq2th"> research </span> <a href="/research/micro-injury-induces-hair-regeneration-vitiligo-repig-LpVr" label="[object Object]" class="astro-zcneq2th">Micro-Injury Induces Hair <strong class="highlighted">Regeneration</strong> and Vitiligo Repigmentation Through Wnt/ β-Catenin Pathway</a> </h3> <span class="meta astro-zcneq2th"> <span class="cited_by_count highlight-sort-popularity astro-zcneq2th"> 1 citations </span> , <span class="post-time highlight-sort-date astro-zcneq2th"> May 2021 </span> <span class="journal astro-zcneq2th"> in “Research Square (Research Square)”</span> </span> </header> <div class="entry-summary summary-tldr astro-zcneq2th"> Micro-injury can help regrow hair and repigment vitiligo by activating specific cells. <span class="excerpt_part astro-zcneq2th"></span> </div> </article> <article class="is-category-research astro-zcneq2th"> <img class="astro-zcneq2th size-small astro-tjcsvuoi" src="/images/research/e391098e-09ee-4037-bb9a-bb993dd00d00/small/19386.jpg" alt="Therapeutic Potential of Endogenous Stem Cells and Cellular Factors for Scar-Free Skin Regeneration" width="100"> <header class="astro-zcneq2th">  <h3 class="entry-title astro-zcneq2th"> <span class="is-category-research search-result-type has-category-background-color astro-zcneq2th"> research </span> <a href="/research/therapeutic-potential-of-stem-cells-for-scar-free-skin-936z" label="[object Object]" class="astro-zcneq2th">Therapeutic potential of endogenous stem cells and cellular factors for scar-free skin <strong class="highlighted">regeneration</strong></a> </h3> <span class="meta astro-zcneq2th"> <span class="cited_by_count highlight-sort-popularity astro-zcneq2th"> 9 citations </span> , <span class="post-time highlight-sort-date astro-zcneq2th"> November 2018 </span> <span class="journal astro-zcneq2th"> in “Drug Discovery Today”</span> </span> </header> <div class="entry-summary summary-tldr astro-zcneq2th"> Using skin stem cells and certain molecules might lead to scar-free skin healing. <span class="excerpt_part astro-zcneq2th"></span> </div> </article> <article class="is-category-research astro-zcneq2th"> <img class="astro-zcneq2th size-small astro-tjcsvuoi" src="/images/research/f95e515c-7840-44fa-a92d-e2b44ee0b367/small/2740.jpg" alt="Wnt-Dependent De Novo Hair Follicle Regeneration in Adult Mouse Skin After Wounding" width="100"> <header class="astro-zcneq2th">  <h3 class="entry-title astro-zcneq2th"> <span class="is-category-research search-result-type has-category-background-color astro-zcneq2th"> research </span> <a href="/research/wnt-dependent-hair-follicle-regeneration-in-adult-mice-73zO" label="[object Object]" class="astro-zcneq2th">Wnt-dependent de novo hair follicle <strong class="highlighted">regeneration</strong> in adult mouse skin after wounding</a> </h3> <span class="meta astro-zcneq2th"> <span class="cited_by_count highlight-sort-popularity astro-zcneq2th"> 829 citations </span> , <span class="post-time highlight-sort-date astro-zcneq2th"> May 2007 </span> <span class="journal astro-zcneq2th"> in “Nature”</span> </span> </header> <div class="entry-summary summary-tldr astro-zcneq2th"> Hair follicles can regrow in wounded adult mouse skin using a process like embryo development. <span class="excerpt_part astro-zcneq2th"></span> </div> </article> <article class="is-category-research astro-zcneq2th"> <img class="astro-zcneq2th size-small astro-tjcsvuoi" src="/images/research/a8272085-d59c-4038-bc14-be77f13a2ba3/small/3199.jpg" alt="Live Imaging of Stem Cell and Progeny Behavior in Physiological Hair-Follicle Regeneration" width="100"> <header class="astro-zcneq2th">  <h3 class="entry-title astro-zcneq2th"> <span class="is-category-research search-result-type has-category-background-color astro-zcneq2th"> research </span> <a href="/research/live-imaging-of-stem-cell-behavior-in-hair-regeneration-wpD1" label="[object Object]" class="astro-zcneq2th">Live imaging of stem cell and progeny behaviour in physiological hair-follicle <strong class="highlighted">regeneration</strong></a> </h3> <span class="meta astro-zcneq2th"> <span class="cited_by_count highlight-sort-popularity astro-zcneq2th"> 305 citations </span> , <span class="post-time highlight-sort-date astro-zcneq2th"> June 2012 </span> <span class="journal astro-zcneq2th"> in “Nature”</span> </span> </header> <div class="entry-summary summary-tldr astro-zcneq2th"> Hair <strong class="highlighted">regeneration</strong> needs dynamic cell behavior and mesenchyme presence for stem cell activation. </div> </article> <article class="is-category-research astro-zcneq2th"> <img class="astro-zcneq2th size-small astro-tjcsvuoi" src="/images/research/501887c7-c629-4226-8e5b-c4461933a1ce/small/19820.jpg" alt="Nerve Dependence in Tissue, Organ, and Appendage Regeneration" width="100"> <header class="astro-zcneq2th">  <h3 class="entry-title astro-zcneq2th"> <span class="is-category-research search-result-type has-category-background-color astro-zcneq2th"> research </span> <a href="/research/nerve-dependence-in-regeneration-JEE2" label="[object Object]" class="astro-zcneq2th">Nerve dependence in tissue, organ, and appendage <strong class="highlighted">regeneration</strong></a> </h3> <span class="meta astro-zcneq2th"> <span class="cited_by_count highlight-sort-popularity astro-zcneq2th"> 228 citations </span> , <span class="post-time highlight-sort-date astro-zcneq2th"> September 2012 </span> <span class="journal astro-zcneq2th"> in “Trends in Neurosciences”</span> </span> </header> <div class="entry-summary summary-tldr astro-zcneq2th"> Nerves are crucial for the <strong class="highlighted">regeneration</strong> of various body parts in many animals. </div> </article> <article class="is-category-research astro-zcneq2th"> <img class="astro-zcneq2th size-small astro-tjcsvuoi" src="/images/research/ecf13783-9c24-4eb9-8e3a-d35b950b8353/small/12876.jpg" alt="Bioengineering Skin Using Mechanisms of Regeneration and Repair" width="100"> <header class="astro-zcneq2th">  <h3 class="entry-title astro-zcneq2th"> <span class="is-category-research search-result-type has-category-background-color astro-zcneq2th"> research </span> <a href="/research/bioengineering-skin-regeneration-and-repair-mechanisms-YyAA" label="[object Object]" class="astro-zcneq2th">Bioengineering skin using mechanisms of <strong class="highlighted">regeneration</strong> and repair</a> </h3> <span class="meta astro-zcneq2th"> <span class="cited_by_count highlight-sort-popularity astro-zcneq2th"> 202 citations </span> , <span class="post-time highlight-sort-date astro-zcneq2th"> August 2007 </span> <span class="journal astro-zcneq2th"> in “Biomaterials”</span> </span> </header> <div class="entry-summary summary-tldr astro-zcneq2th"> Artificial skin development has challenges, but new materials and understanding cell behavior could improve tissue repair. Also, certain growth factors and hydrogel technology show promise for advanced skin replacement therapies. <span class="excerpt_part astro-zcneq2th"></span> </div> </article> <article class="is-category-research astro-zcneq2th"> <img class="astro-zcneq2th size-small astro-tjcsvuoi" src="/images/research/c21de126-059c-4595-bd72-42789a589c78/small/20043.jpg" alt="Conditional Disruption of Hedgehog Signaling Pathway Defines Its Critical Role in Hair Development and Regeneration" width="100"> <header class="astro-zcneq2th">  <h3 class="entry-title astro-zcneq2th"> <span class="is-category-research search-result-type has-category-background-color astro-zcneq2th"> research </span> <a href="/research/hedgehog-pathways-role-in-hair-development-regeneration-0A37" label="[object Object]" class="astro-zcneq2th">Conditional Disruption of Hedgehog Signaling Pathway Defines its Critical Role in Hair Development and <strong class="highlighted">Regeneration</strong></a> </h3> <span class="meta astro-zcneq2th"> <span class="cited_by_count highlight-sort-popularity astro-zcneq2th"> 194 citations </span> , <span class="post-time highlight-sort-date astro-zcneq2th"> May 2000 </span> <span class="journal astro-zcneq2th"> in “Journal of Investigative Dermatology”</span> </span> </header> <div class="entry-summary summary-tldr astro-zcneq2th"> The hedgehog signaling pathway is crucial for hair growth but not for the initial creation of hair follicles. <span class="excerpt_part astro-zcneq2th"></span> </div> </article> <article class="is-category-research astro-zcneq2th"> <img class="astro-zcneq2th size-small astro-tjcsvuoi" src="/images/research/5957ba22-1238-4188-835c-85ea646b3c99/small/19371.jpg" alt="Development of Modified Montmorillonite-Bacterial Cellulose Nanocomposites as a Novel Substitute for Burn Skin and Tissue Regeneration" width="100"> <header class="astro-zcneq2th">  <h3 class="entry-title astro-zcneq2th"> <span class="is-category-research search-result-type has-category-background-color astro-zcneq2th"> research </span> <a href="/research/modified-mmt-bc-nanocomposites-for-burn-skin-and-tissue-regeneration-QAJ5" label="[object Object]" class="astro-zcneq2th">Development of modified montmorillonite-bacterial cellulose nanocomposites as a novel substitute for burn skin and tissue <strong class="highlighted">regeneration</strong></a> </h3> <span class="meta astro-zcneq2th"> <span class="cited_by_count highlight-sort-popularity astro-zcneq2th"> 93 citations </span> , <span class="post-time highlight-sort-date astro-zcneq2th"> November 2018 </span> <span class="journal astro-zcneq2th"> in “Carbohydrate Polymers”</span> </span> </header> <div class="entry-summary summary-tldr astro-zcneq2th"> New nanocomposites with copper show promise for healing burn wounds and regenerating skin. <span class="excerpt_part astro-zcneq2th"></span> </div> </article> <article class="is-category-research astro-zcneq2th"> <img class="astro-zcneq2th size-small astro-tjcsvuoi" src="/images/research/fe002345-da64-4e4f-89c4-4cc44b934765/small/30059.jpg" alt="Self-Activated Electrical Stimulation for Effective Hair Regeneration via a Wearable Omnidirectional Pulse Generator" width="100"> <header class="astro-zcneq2th">  <h3 class="entry-title astro-zcneq2th"> <span class="is-category-research search-result-type has-category-background-color astro-zcneq2th"> research </span> <a href="/research/self-activated-electrical-stimulation-for-hair-regeneration-AOl1" label="[object Object]" class="astro-zcneq2th">Self-Activated Electrical Stimulation for Effective Hair <strong class="highlighted">Regeneration</strong> <i>via</i> a Wearable Omnidirectional Pulse Generator</a> </h3> <span class="meta astro-zcneq2th"> <span class="cited_by_count highlight-sort-popularity astro-zcneq2th"> 92 citations </span> , <span class="post-time highlight-sort-date astro-zcneq2th"> September 2019 </span> <span class="journal astro-zcneq2th"> in “ACS nano”</span> </span> </header> <div class="entry-summary summary-tldr astro-zcneq2th"> A wearable device using electric stimulation can significantly improve hair growth. <span class="excerpt_part astro-zcneq2th"></span> </div> </article> <article class="is-category-research astro-zcneq2th"> <img class="astro-zcneq2th size-small astro-tjcsvuoi" src="/images/research/2d0d8d04-8ead-4156-a974-12aa13797786/small/19514.jpg" alt="Self-Organization Process in Newborn Skin Organoid Formation Inspires Strategy to Restore Hair Regeneration of Adult Cells" width="100"> <header class="astro-zcneq2th">  <h3 class="entry-title astro-zcneq2th"> <span class="is-category-research search-result-type has-category-background-color astro-zcneq2th"> research </span> <a href="/research/self-org-in-newborn-skin-organoids-inspires-hair-regen-zqKy" label="[object Object]" class="astro-zcneq2th">Self-organization process in newborn skin organoid formation inspires strategy to restore hair <strong class="highlighted">regeneration</strong> of adult cells</a> </h3> <span class="meta astro-zcneq2th"> <span class="cited_by_count highlight-sort-popularity astro-zcneq2th"> 92 citations </span> , <span class="post-time highlight-sort-date astro-zcneq2th"> August 2017 </span> <span class="journal astro-zcneq2th"> in “Proceedings of the National Academy of Sciences of the United States of America”</span> </span> </header> <div class="entry-summary summary-tldr astro-zcneq2th"> Newborn mouse skin cells can grow hair and this process can be recreated in adult cells to potentially help with hair loss. <span class="excerpt_part astro-zcneq2th"></span> </div> </article> <article class="is-category-research astro-zcneq2th"> <img class="astro-zcneq2th size-small astro-tjcsvuoi" src="/images/research/5e6f6d4c-dd95-4edf-8d45-76900a07276d/small/19484.jpg" alt="The Blastema and Epimorphic Regeneration in Mammals" width="100"> <header class="astro-zcneq2th">  <h3 class="entry-title astro-zcneq2th"> <span class="is-category-research search-result-type has-category-background-color astro-zcneq2th"> research </span> <a href="/research/blastema-and-epimorphic-regeneration-in-mammals-7D6Q" label="[object Object]" class="astro-zcneq2th">The blastema and epimorphic <strong class="highlighted">regeneration</strong> in mammals</a> </h3> <span class="meta astro-zcneq2th"> <span class="cited_by_count highlight-sort-popularity astro-zcneq2th"> 85 citations </span> , <span class="post-time highlight-sort-date astro-zcneq2th"> December 2017 </span> <span class="journal astro-zcneq2th"> in “Developmental Biology”</span> </span> </header> <div class="entry-summary summary-tldr astro-zcneq2th"> Mammals might fail to regenerate not because they lack the right cells, but because of how cells respond to their surroundings, and changing this environment could enhance <strong class="highlighted">regeneration</strong>. </div> </article> <article class="is-category-research astro-zcneq2th"> <img class="astro-zcneq2th size-small astro-tjcsvuoi" src="/images/research/ee9aecfd-1530-4820-a54f-300282990878/small/19472.jpg" alt="Sericin Hydrogels Promote Skin Wound Healing with Effective Regeneration of Hair Follicles and Sebaceous Glands After Complete Loss of Epidermis and Dermis" width="100"> <header class="astro-zcneq2th">  <h3 class="entry-title astro-zcneq2th"> <span class="is-category-research search-result-type has-category-background-color astro-zcneq2th"> research </span> <a href="/research/sericin-hydrogels-promote-skin-healing-and-regeneration-R8gV" label="[object Object]" class="astro-zcneq2th">Sericin hydrogels promote skin wound healing with effective <strong class="highlighted">regeneration</strong> of hair follicles and sebaceous glands after complete loss of epidermis and dermis</a> </h3> <span class="meta astro-zcneq2th"> <span class="cited_by_count highlight-sort-popularity astro-zcneq2th"> 84 citations </span> , <span class="post-time highlight-sort-date astro-zcneq2th"> January 2018 </span> <span class="journal astro-zcneq2th"> in “Biomaterials Science”</span> </span> </header> <div class="entry-summary summary-tldr astro-zcneq2th"> Sericin hydrogels heal skin wounds well, regrowing hair and glands with less scarring. <span class="excerpt_part astro-zcneq2th"></span> </div> </article> <article class="is-category-research astro-zcneq2th"> <img class="astro-zcneq2th size-small astro-tjcsvuoi" src="/images/research/dca1816f-8dad-4950-a7fd-18c0b9d1d185/small/19747.jpg" alt="Keratin 79 Identifies a Novel Population of Migratory Epithelial Cells That Initiates Hair Canal Morphogenesis and Regeneration" width="100"> <header class="astro-zcneq2th">  <h3 class="entry-title astro-zcneq2th"> <span class="is-category-research search-result-type has-category-background-color astro-zcneq2th"> research </span> <a href="/research/keratin-79-identifies-migratory-epithelial-cells-in-hair-canal-formation-l8pr" label="[object Object]" class="astro-zcneq2th">Keratin 79 identifies a novel population of migratory epithelial cells that initiates hair canal morphogenesis and <strong class="highlighted">regeneration</strong></a> </h3> <span class="meta astro-zcneq2th"> <span class="cited_by_count highlight-sort-popularity astro-zcneq2th"> 60 citations </span> , <span class="post-time highlight-sort-date astro-zcneq2th"> November 2013 </span> <span class="journal astro-zcneq2th"> in “Development”</span> </span> </header> <div class="entry-summary summary-tldr astro-zcneq2th"> Keratin 79 marks a new group of cells that are key for creating and repairing the hair follicle's structure. <span class="excerpt_part astro-zcneq2th"></span> </div> </article> <article class="is-category-research astro-zcneq2th"> <img class="astro-zcneq2th size-small astro-tjcsvuoi" src="/images/research/e04ba536-d4b4-424c-be4e-bfbe27b3a119/small/19539.jpg" alt="Stem Cell Plasticity Enables Hair Regeneration Following Lgr5+ Cell Loss" width="100"> <header class="astro-zcneq2th">  <h3 class="entry-title astro-zcneq2th"> <span class="is-category-research search-result-type has-category-background-color astro-zcneq2th"> research </span> <a href="/research/stem-cell-plasticity-enables-hair-regeneration-6YXR" label="[object Object]" class="astro-zcneq2th">Stem cell plasticity enables hair <strong class="highlighted">regeneration</strong> following Lgr5+ cell loss</a> </h3> <span class="meta astro-zcneq2th"> <span class="cited_by_count highlight-sort-popularity astro-zcneq2th"> 56 citations </span> , <span class="post-time highlight-sort-date astro-zcneq2th"> May 2017 </span> <span class="journal astro-zcneq2th"> in “Nature Cell Biology”</span> </span> </header> <div class="entry-summary summary-tldr astro-zcneq2th"> Hair can regrow after certain stem cells are lost because other stem cells can take over their role. <span class="excerpt_part astro-zcneq2th"></span> </div> </article> <article class="is-category-research astro-zcneq2th"> <img class="astro-zcneq2th size-small astro-tjcsvuoi" src="/images/research/766231e2-4f43-4b96-87f3-3f758749221e/small/19327.jpg" alt="Lymphatic Vessels Interact Dynamically with the Hair Follicle Stem Cell Niche During Skin Regeneration In Vivo" width="100"> <header class="astro-zcneq2th">  <h3 class="entry-title astro-zcneq2th"> <span class="is-category-research search-result-type has-category-background-color astro-zcneq2th"> research </span> <a href="/research/lymphatic-vessels-and-hair-follicle-stem-cell-niche-in-skin-regeneration-QNZ5" label="[object Object]" class="astro-zcneq2th">Lymphatic vessels interact dynamically with the hair follicle stem cell niche during skin <strong class="highlighted">regeneration</strong> <i>in vivo</i></a> </h3> <span class="meta astro-zcneq2th"> <span class="cited_by_count highlight-sort-popularity astro-zcneq2th"> 44 citations </span> , <span class="post-time highlight-sort-date astro-zcneq2th"> September 2019 </span> <span class="journal astro-zcneq2th"> in “The EMBO Journal”</span> </span> </header> <div class="entry-summary summary-tldr astro-zcneq2th"> Lymphatic vessels are essential for hair follicle growth and skin <strong class="highlighted">regeneration</strong>. </div> </article> <article class="is-category-research astro-zcneq2th"> <img class="astro-zcneq2th size-small astro-tjcsvuoi" src="/images/research/fd79d6de-cdad-4cc5-8901-2f4b60f2f91d/small/26305.jpg" alt="The Regeneration Blastema of Lizards: An Amniote Model for the Study of Appendage Replacement" width="100"> <header class="astro-zcneq2th">  <h3 class="entry-title astro-zcneq2th"> <span class="is-category-research search-result-type has-category-background-color astro-zcneq2th"> research </span> <a href="/research/lizard-regeneration-blastema-amniote-model-for-appendage-replacement-n7WE" label="[object Object]" class="astro-zcneq2th">The <strong class="highlighted">regeneration</strong> blastema of lizards: an amniote model for the study of appendage replacement</a> </h3> <span class="meta astro-zcneq2th"> <span class="cited_by_count highlight-sort-popularity astro-zcneq2th"> 39 citations </span> , <span class="post-time highlight-sort-date astro-zcneq2th"> April 2015 </span> <span class="journal astro-zcneq2th"> in “Regeneration”</span> </span> </header> <div class="entry-summary summary-tldr astro-zcneq2th"> Lizards can regrow their tails, and studying this process helps understand scar-free healing and limb <strong class="highlighted">regeneration</strong>. </div> </article> <article class="is-category-research astro-zcneq2th"> <img class="astro-zcneq2th size-small astro-tjcsvuoi" src="/images/research/456e914d-bb21-4d04-8e2f-e82c352c2780/small/19531.jpg" alt="The Periosteal Requirement and Temporal Dynamics of BMP2-Induced Middle Phalanx Regeneration in the Adult Mouse" width="100"> <header class="astro-zcneq2th">  <h3 class="entry-title astro-zcneq2th"> <span class="is-category-research search-result-type has-category-background-color astro-zcneq2th"> research </span> <a href="/research/bmp2-induced-middle-phalanx-regeneration-in-adult-mice-XYog" label="[object Object]" class="astro-zcneq2th">The periosteal requirement and temporal dynamics of BMP2‐induced middle phalanx <strong class="highlighted">regeneration</strong> in the adult mouse</a> </h3> <span class="meta astro-zcneq2th"> <span class="cited_by_count highlight-sort-popularity astro-zcneq2th"> 31 citations </span> , <span class="post-time highlight-sort-date astro-zcneq2th"> June 2017 </span> <span class="journal astro-zcneq2th"> in “Regeneration”</span> </span> </header> <div class="entry-summary summary-tldr astro-zcneq2th"> BMP2 needs periosteal tissue to help regenerate mouse middle finger bones within a specific time. <span class="excerpt_part astro-zcneq2th"></span> </div> </article> <article class="is-category-research astro-zcneq2th"> <img class="astro-zcneq2th size-small astro-tjcsvuoi" src="/images/research/d2165e8f-575c-480c-911e-2a33b5942795/small/11457.jpg" alt="Through the Lens of Hair Follicle Neogenesis: A New Focus on Mechanisms of Skin Regeneration After Wounding" width="100"> <header class="astro-zcneq2th">  <h3 class="entry-title astro-zcneq2th"> <span class="is-category-research search-result-type has-category-background-color astro-zcneq2th"> research </span> <a href="/research/hair-follicle-neogenesis-mechanisms-of-skin-regeneration-yw0z" label="[object Object]" class="astro-zcneq2th">Through the lens of hair follicle neogenesis, a new focus on mechanisms of skin <strong class="highlighted">regeneration</strong> after wounding</a> </h3> <span class="meta astro-zcneq2th"> <span class="cited_by_count highlight-sort-popularity astro-zcneq2th"> 28 citations </span> , <span class="post-time highlight-sort-date astro-zcneq2th"> October 2019 </span> <span class="journal astro-zcneq2th"> in “Seminars in Cell & Developmental Biology”</span> </span> </header> <div class="entry-summary summary-tldr astro-zcneq2th"> Hair can regrow in large wounds through a process similar to how hair forms in embryos, and understanding this could lead to new treatments for hair loss or scarring. <span class="excerpt_part astro-zcneq2th"></span> </div> </article> <article class="is-category-research astro-zcneq2th"> <img class="astro-zcneq2th size-small astro-tjcsvuoi" src="/images/research/7ad62508-9f16-480f-8f53-daa5a51c93e5/small/19381.jpg" alt="The Topography of Fibrous Scaffolds Modulates the Paracrine Function of Adipose-Derived Mesenchymal Stem Cells in the Regeneration of Skin Tissues" width="100"> <header class="astro-zcneq2th">  <h3 class="entry-title astro-zcneq2th"> <span class="is-category-research search-result-type has-category-background-color astro-zcneq2th"> research </span> <a href="/research/topography-of-fibrous-scaffolds-modulates-ad-mscs-for-skin-regeneration-4WmJ" label="[object Object]" class="astro-zcneq2th">The topography of fibrous scaffolds modulates the paracrine function of Ad-MSCs in the <strong class="highlighted">regeneration</strong> of skin tissues</a> </h3> <span class="meta astro-zcneq2th"> <span class="cited_by_count highlight-sort-popularity astro-zcneq2th"> 24 citations </span> , <span class="post-time highlight-sort-date astro-zcneq2th"> January 2019 </span> <span class="journal astro-zcneq2th"> in “Biomaterials Science”</span> </span> </header> <div class="entry-summary summary-tldr astro-zcneq2th"> The shape of fibrous scaffolds can improve how stem cells help heal skin. <span class="excerpt_part astro-zcneq2th"></span> </div> </article> <article class="is-category-research astro-zcneq2th"> <img class="astro-zcneq2th size-small astro-tjcsvuoi" src="/images/research/d593c18d-8153-40d6-b79d-ae95634c4bc1/small/19410.jpg" alt="Hyaluronic Acid-Based Hydrogels for Full-Thickness Wound Repairing and Skin Regeneration" width="100"> <header class="astro-zcneq2th">  <h3 class="entry-title astro-zcneq2th"> <span class="is-category-research search-result-type has-category-background-color astro-zcneq2th"> research </span> <a href="/research/ha-based-hydrogels-for-wound-repair-and-skin-regen-vm28" label="[object Object]" class="astro-zcneq2th">Hyaluronic acid (HA)-based hydrogels for full-thickness wound repairing and skin <strong class="highlighted">regeneration</strong></a> </h3> <span class="meta astro-zcneq2th"> <span class="cited_by_count highlight-sort-popularity astro-zcneq2th"> 24 citations </span> , <span class="post-time highlight-sort-date astro-zcneq2th"> September 2018 </span> <span class="journal astro-zcneq2th"> in “Journal of Materials Science: Materials in Medicine”</span> </span> </header> <div class="entry-summary summary-tldr astro-zcneq2th"> Hyaluronic acid-based HA2 hydrogel helps heal skin wounds better with less scarring. <span class="excerpt_part astro-zcneq2th"></span> </div> </article> </ul> <div class="hasPrevious astro-wamfqkn3"> <a 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