Development and Growth Control Laboratory news

4 May 2012

Diario Médico devotes an article to the study performed by Joan Guinovart's and Marco Milan's labs at IRB Barcelona and published in EMBO Molecular Medicine.

Read the news at Diario Médico (PDF in Spanish)

Link to Diario Médico online

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2 May 2012

El Economista echoes the study on the effect of glycogen on neurons performed by Joan Guinovart and Marco Milán.

Read the news in ElEconomista.es (PDF in Spanish)

Link to ElEconomismta.es

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<p>Comparative microscope images. The lower picture shows a cerebellum sample from a healthy mouse. Above, the same tissue after glycogen accumulation. (Jordi Duran. IRB Barcelona)</p>
2 May 2012

Work by IRB Barcelona researchers will further the study of neurodegenerative diseases such as Lafora progressive myoclonic epilepsy

31 Mar 2012

Marco Milán, coordinator of the Cell and Developmental Biology Programme at IRB Barcelona talks on “Radio Síntesis” about the importance of the fly Drosophila melanogaster for the study and treatment of human diseases such as cancer for example.

Listen to Podcast on Radio Síntesis, Salud Biotec 6 (00:00 - 17:25)

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18 Aug 2011

The paper ‘Notch-mediated repression of bentam miRNA contributes to boundary formation in the Drosophila wing’, recently published in Development by ICREA researcher Marco Milán and his group, has been selected as an Editor's Choice by Science Signaling magazine.

<p>The boundary between dorsal (D) and ventral (V) cell populations is smooth in wild type wing primordia (upper panel) and wiggly upon ectopic expression of bantam miRNA (bottom panel).</p>
28 Jul 2011

Two quests, one looking into adhesion molecules to gain insight into compartmentalization in the Drosophila wing and the other aiming to discover how the cytoskeleton contributes to the development of compartment boundaries are now linked by a single microRNA, bentam.

<p>Hedgehog is present in the most posterior part of the wing primordium of Drosophila (blue)</p>
13 Jul 2011

Researchers discover a new mechanism for regulation of gene expression in growing tissues.

20 Dec 2010

The newspaper Diario Médico devoted an article to the latest work performed by the Development and Growth Control Laboratory, headed by Marco Milan. The results were published in the journal PLoS Biology. The study unravels the role of protein p53, known for its antitumoural properties, in regulating the coordinated growth of the organs.

16 Dec 2010

The online media Laboratory Journal echoes the latest work carried out by Marco Milán’s lab. Milán is the coordinator of the Cell and Developmental Biology Programme at IRB Barcelona. Published in PLoS Biology, the study reveals that the anti-tumour protein p53 regulates the proportionate growth of organs during embryonic development. “These experiments indicate that stressed cells send signals to the remaining tissues in order to reduce their growth in order to allow damaged tissue to repair itself and allow the organ to grow in a coordinated manner”, explains Milán.

14 Dec 2010

The journal PLoS Biology, where the latest work of the Development and Growth Control Laboratory of IRB Barcelona was recently published, highlighted the paper in the 'Synopses' section. This article explains the results and relevance of the work, directed by Marco Milan, for a general audience.