Keeping skin healthy: New method provides molecular portrait of sebum production

In a collaborative project between the Faculty of Veterinary Medicine and the Interdisciplinary Centre for Bioinformatics (IZBI) at Leipzig University, changes in gene expression in sebaceous glands have been spatially mapped for the first time. The study documents at high resolution changes in gene expression in the course of sebum synthesis and identifies new candidates for the modulation of sebum production. The researchers have published their findings in the prestigious Journal of Biological Chemistry.

With the press release information given, as a journalist, deep research should still be done to provide comprehensive and accurate FAQs. However, based on what’s available from the release, here are some potential FAQs:

1. **What are sebaceous glands and their importance?**
Sebaceous glands are microscopic glands attached to our hair follicles found throughout our body except on palms and soles. These glands produce an oily substance called sebum that keeps our skin moisturized and healthy.

2. **What does gene expression mean in this context?**
Gene expression refers to how cells extract information from genes to produce proteins for various cellular functions. In this study, it is related to how genes within sebaceous glands control the production of sebum.

3. **Why is Leipzig University studying gene expressions in sebaceous glands?
The purpose of this study by Leipzig University is understand better how changes in gene expression affect the production of sebum. They are particularly interested in discovering new ways or elements that can influence or modulate that production process.

4. **How were these findings achieved?**
The scientists employed a method called spatial mapping which allowed them to visualize where exactly changes occur within various genes during the course of sebum synthesis.

5. **Why is understanding procedures for producing Sebum important?**
Understanding these mechanisms is vital because imbalance or errors in that process could lead to various common skin conditions including acne vulgaris and rosacea among others.

6..**Has any similar studies been done before?**
This study stands out because it represents the first time that spatial mapping has been used at a high resolution level identifying changes during Sebum synthesis at genetic level.

7..**What comes next after these findings?**
Further laboratory testing will commence exploring newly identified candidates with potential capabilities for modulating Sebum production with hopes for development into future therapeutic interventions against common unpleasant skin conditions.

8..**Where can I find out more detailed information?**
These findings are available in full on the Journal of Biological Chemistry’s online platform, and a summary can be found at ( http://idw-online.de/de/news837678 ).

Please note that it’s still beneficial to do additional research or directly contact the research team for further accurate information based on these FAQs.

Originamitteilung:

In a collaborative project between the Faculty of Veterinary Medicine and the Interdisciplinary Centre for Bioinformatics (IZBI) at Leipzig University, changes in gene expression in sebaceous glands have been spatially mapped for the first time. The study documents at high resolution changes in gene expression in the course of sebum synthesis and identifies new candidates for the modulation of sebum production. The researchers have published their findings in the prestigious Journal of Biological Chemistry.

share this recipe:
Facebook
Twitter
Pinterest

Weitere spannende Artikel

Neue Forschungsmöglichkeiten erweitern Verständnis und Diagnose neurologischer Erkrankungen

Es ist ein möglicher Durchbruch, der Millionen von Menschen weltweit hilft. In zwei kürzlich veröffentlichten Artikeln nutzten Constructor University Professor Dr. Amir Jahanian-Najafabadi und CU-Absolvent Khaled Bagh graphenbasierte Netzwerke und Elektroenzephalographie (EEG) als nicht-invasive Möglichkeiten, die Gehirntätigkeit zu messen. Erzielen wollen sie damit neue Erkenntnisse über die sogenannte Major Depressive Disorder (MDD). Diese komplexe, heterogene psychiatrische Erkrankung betrifft Millionen von Erwachsenen und Kindern. Aktuell bedarf es noch weiterer Forschung – doch der Beitrag stellt einen Meilenstein zum besseren Verständnis und der besseren Diagnose der Erkrankung dar.

Read More

Die Sprache der Organe: Wie gestörte Kommunikation zu Krankheiten führt

Veränderungen der Ernährung und Umwelt stellen den menschlichen Stoffwechsel laufend vor neue Herausforderungen. Dabei wirken verschiedene Organe in einer komplexen Interaktion zusammen, um den Stoffwechsel im Gleichgewicht zu halten. Der Körper verfügt über ein ausgeklügeltes System der Kommunikation, das es Zellen ermöglicht, Stoffwechselwege in entfernten Geweben zu beeinflussen. Eine Fehlregulation dieser Kommunikationswege trägt zu einer Vielzahl von Krankheiten bei.
Zwei interdisziplinäre Projekte der Deutschen Zentren der Gesundheitsforschung (DZG) erforschen die komplexen Netzwerke und Mechanismen, die den Stoffwechsel steuern, mit dem Ziel, neue Therapieansätze zu entwickeln.

Read More