Add to ORKGLong-term culture of muscle explants from Sparus aurata We have developed an in vitro system for long-term culture of muscle explants from the gilthead seabream (Sparus aurata) fry. Changes taking place within the explants in culture were assessed by immunostaining for a variety of nuclear and cytoplasmic markers. The original fibres were damaged at the time of sampling, and subsequently degenerated, but the damage also provoked a proliferative response from myogenic precursor cells present in the explant, resulting in the formation of new muscle fibres, some achieving a mature ‘fast-white’ phenotype within 3 weeks
<p>Quantitative relative expression of (<b>A</b>) MHC normalized to the geometric mean of EF1α and R...
Not AvailablePrimary culture of gill cells was initiated from gill filament explants of game fish, T...
Background Information. The satellite cells (SCs) associated with muscle fibres play a key role in p...
Myogenesis is a complex two-phase process of proliferation and differentiation, which seems to be gr...
Background: Fish skeletal muscle growth involves the activation of a resident myogenic stem cell pop...
Purpose/Aim: Skeletal muscle tissue explants have been cultured and studied for nearly 100 years.&nb...
The development of primary cultures and cell lines from aquatic organisms is a valuable tool for a w...
Skeletal muscle, cartilage and bone must function in a co-ordinated fashion during locomotion and gr...
Fish muscle regeneration is still a poorly known process. In the present study, an injury was done i...
Skeletal muscle, cartilage and bone must function in a co-ordinated fashion during locomotion and gr...
In the laboratory, we are studying the mechanism involved in skeletal muscle regeneration by using a...
SummaryEx vivo expansion of satellite cells and directed differentiation of pluripotent cells to mat...
Objectives. According to myosatellite cell lines (MSCs) established in vitro from diploid and triplo...
Teleosts have the ability to regenerate their caudal fin upon amputation. A highly proliferative mas...
Atlantic cod is regarded as one of the most promising future aquaculture species in Norway. However,...
<p>Quantitative relative expression of (<b>A</b>) MHC normalized to the geometric mean of EF1α and R...
Not AvailablePrimary culture of gill cells was initiated from gill filament explants of game fish, T...
Background Information. The satellite cells (SCs) associated with muscle fibres play a key role in p...
Myogenesis is a complex two-phase process of proliferation and differentiation, which seems to be gr...
Background: Fish skeletal muscle growth involves the activation of a resident myogenic stem cell pop...
Purpose/Aim: Skeletal muscle tissue explants have been cultured and studied for nearly 100 years.&nb...
The development of primary cultures and cell lines from aquatic organisms is a valuable tool for a w...
Skeletal muscle, cartilage and bone must function in a co-ordinated fashion during locomotion and gr...
Fish muscle regeneration is still a poorly known process. In the present study, an injury was done i...
Skeletal muscle, cartilage and bone must function in a co-ordinated fashion during locomotion and gr...
In the laboratory, we are studying the mechanism involved in skeletal muscle regeneration by using a...
SummaryEx vivo expansion of satellite cells and directed differentiation of pluripotent cells to mat...
Objectives. According to myosatellite cell lines (MSCs) established in vitro from diploid and triplo...
Teleosts have the ability to regenerate their caudal fin upon amputation. A highly proliferative mas...
Atlantic cod is regarded as one of the most promising future aquaculture species in Norway. However,...
<p>Quantitative relative expression of (<b>A</b>) MHC normalized to the geometric mean of EF1α and R...
Not AvailablePrimary culture of gill cells was initiated from gill filament explants of game fish, T...
Background Information. The satellite cells (SCs) associated with muscle fibres play a key role in p...