نتایج جستجو برای: schmidtea mediterranea

تعداد نتایج: 561  

2016
Louise S. Goupil Sam L. Ivry Ivy Hsieh Brian M. Suzuki Charles S. Craik Anthony J. O’Donoghue James H. McKerrow

Proteases perform numerous vital functions in flatworms, many of which are likely to be conserved throughout the phylum Platyhelminthes. Within this phylum are several parasitic worms that are often poorly characterized due to their complex life-cycles and lack of responsiveness to genetic manipulation. The flatworm Schmidtea mediterranea, or planaria, is an ideal model organism to study the co...

Journal: :Genes to cells : devoted to molecular & cellular mechanisms 2006
Eri Fusaoka Takeshi Inoue Katsuhiko Mineta Kiyokazu Agata Kosei Takeuchi

Precise wiring and proper remodeling of the neural network are essential for its normal function. The freshwater planarian is an attractive animal in which to study the formation and maintenance of the neural network due to its high regenerative capability and developmental plasticity. Although a recent study revealed that homologs of netrin and its receptors are required for regeneration and m...

2017
Dhiru Bansal Jahnavi Kulkarni Kavana Nadahalli Vairavan Lakshmanan Srikar Krishna Vidyanand Sasidharan Jini Geo Shilpa Dilipkumar Renu Pasricha Akash Gulyani Srikala Raghavan Dasaradhi Palakodeti

Identifying key cellular events that facilitate stem cell function and tissue organization is crucial for understanding the process of regeneration. Planarians are powerful model system to study regeneration and stem cell (neoblast) function. Here, using planaria, we show that the initial events of regeneration, such as epithelialization and epidermal organization are critically regulated by a ...

Journal: :Mechanisms of Development 2009
Suthira Owlarn Aziz Aboobaker

The most prominent and dramatic example of regeneration in vertebrates is the complete reconstitution of amphibian limbs and fish fins by epimorphic regeneration. Research into the molecular regulation of this fascinating biological problem is of high medical interest due to the potential application in replacing old or damaged tissues in humans. Retinoic acid (RA), a small lipophilic molecule ...

Journal: :The International journal of developmental biology 2012
Susanna Fraguas Sara Barberán Begoña Ibarra Linda Stöger Francesc Cebrià

Freshwater planarians are unique in their ability to regenerate a complete Central Nervous System (CNS) from almost any small piece of their body in just a few days. The planarian CNS contains a pair of anterior cephalic ganglia lying on top of two ventral nerve cords that extend along the length of the animal. Studies of planarian CNS regeneration have generally used pan-neural markers, which ...

2010
Martin J. Blythe Damian Kao Sunir Malla Joanna Rowsell Ray Wilson Deborah Evans Jamie Jowett Amy Hall Virginie Lemay Sabrina Lam A. Aziz Aboobaker

The use of planarians as a model system is expanding and the mechanisms that control planarian regeneration are being elucidated. The planarian Schmidtea mediterranea in particular has become a species of choice. Currently the planarian research community has access to this whole genome sequencing project and over 70,000 expressed sequence tags. However, the establishment of massively parallel ...

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