Diversity of fast myosin heavy chain expression during development of gastrocnemius, bicep brachii, and posterior latissimus dorsi muscles in normal and dystrophic chickens

Bandman, Everett; Bennett, Tracy

doi:10.1016/0012-1606(88)90428-9

Cited by 59 publications

(30 citation statements)

References 57 publications

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“…Embryonic/adult fast MHC was detected using EB165 monoclonal antibody (MAb), which reacts with all embryonic MHC isoforms and adult fast MHC (Cerny and Bandman 1987;Bandman and Bennett 1988). EB165 MAb was a kind gift from Everett Bandman (University of California; Davis, CA).…”

Section: Differentiationmentioning

confidence: 99%

Progenitor Cell Isolation from Muscle-derived Cells based on Adhesion Properties

Rouger

Fornasari

Armengol

et al. 2007

J Histochem Cytochem.

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Adult skeletal muscle possesses remarkable regenerative capacity that has conventionally been attributed to the satellite cells. These precursor cells were thought to contain distinct populations with varying myogenic potential. Recently, the identification of multipotent stem cells capable of new myofiber formation has expanded the general view on the muscle regenerative process. Here we examined the characteristics of turkey skeletal muscle-derived cell (MDC) populations that were separated according to their adhesion abilities. We sought to determine whether these abilities could be a potential tool for separating cells with different myogenic commitment. Using the preplate technique, we showed that MDCs display a wide range of adhesion ability, allowing us to isolate a marginal fraction with initial adhesion defect. Methodological investigations revealed that this defect represents an intrinsic and well-established biological feature for these cells. In vitro behavioral and morphological analyses showed that late adherent cells (LACs) share several primitive cell characteristics. Phenotypic assessment indicated that LACs contain early stage myogenic cells and immature progenitors of satellite cells, whereas early adherent cells consist mainly of fully committed precursors. Overall, our findings demonstrate for the first time in an avian model that differential MDC adhesion properties could be used to efficiently purify cells with varying myogenic commitment, including immature progenitor cells. This manuscript contains online supplemental material at http://www.jhc.org . Please visit this article online to view these materials.

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Section: Differentiationmentioning

confidence: 99%

Progenitor Cell Isolation from Muscle-derived Cells based on Adhesion Properties

Rouger

Fornasari

Armengol

et al. 2007

J Histochem Cytochem.

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“…in several instances, antibodies selectively reactive with developmental heavy chain forms were found fo stain all fibres in a given muscle (Bandman & Bennett, 1988;Van Horn & Crow, 1989). Of particular interest, however, would be examination of fibres with such antibodies during periods of rapid transition.…”

Section: Discussionmentioning

confidence: 95%

“…Four, rather than two, major fasttwitch type heavy chains were identified, one of which was identical fo that of the PM muscle. The possibility that the new adult forms might represent expression of forms restricted to the early developmental period in certain muscles such as the PM, as suggested by several immunochemical studies (Crow & Stockdale, 1986;Bandman & Bennett, 1988) was considered. Embryonic species II and III, and peri-hatch form IV are being investigated as potential candidates for such a match.…”

Section: Discussionmentioning

confidence: 99%

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Developmental myosin heavy chain progression in avian type IIB muscle fibres

Rushbrook

Weiss

Yao

1991

J Muscle Res Cell Motil

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Myosin heavy chain species were investigated during development in avian pectoralis major muscles (type IIB fibres) by high resolution anion-exchange chromatography of the myosin head region, subfragment-1. At 15 days in ovo four distinct fast-type heavy chain species, I, II, III and IV, in order of elution, were identified. By 19 days in ovo, form IV had become predominant and remained the major species through 3-days post-hatch. This form has been named the peri-hatch form. Between 3 and 5 days post-hatch, a second massive change occurred such that by 5 days post-hatch a new species, V, apparent at 19 days in ovo in small amounts, dominated and at 8 days post-hatch was the only heavy chain species present. Form V, which corresponds to that previously identified as the post-hatch form, continued as the major species through 20 days post-hatch and was replaced slowly by the adult form. N-terminal sequencing of CNBr peptides from three subfragment-1 heavy chain species, the peri-hatch (form IV), the post-hatch (form V) and adult, revealed differences in amino acid sequence consistent with the three being products of different genes. These results confirm and extend recent reports of complexity in fast heavy chain expression prior to hatching in the chicken (Hofmann et al., 1988; Van Horn & Crow, 1989).

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“…Ventricular MHC isoform, which Wrst appeared, was detected using HV11 mAb that reacts with the myosin of adult chicken ventricles (Bandman et al 1990). Embryonic/adult fast MHC was detected using EB165 mAb, which reacts with fast embryonic MHC isoforms and fast adult MHC in chicken (Cerny and Bandman 1987;Bandman and Bennett 1988). These mAb, speciWc for chicken MHC, react with turkey myosin isoforms (Maruyama and Kanemaki 1991).…”

Section: Muscle-derived Cell Diverentiationmentioning

confidence: 99%

Functional properties of muscle-derived cells related to morphological characteristics

Jouvion

Rouger

Fornasari

et al. 2006

Histochem Cell Biol

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Satellite cells represent a specific lineage of myogenic progenitors that allow skeletal muscle postnatal growth and repair. They have been described as being heterogeneous in nature, a characteristic associated with functional disparities. Here, we aimed at determining whether the morphometric characteristics of freshly extracted turkey muscle-derived cells (MDC) could represent a distinctive criterion between them and could also be associated with their behavioural features. Morphometric analysis showed that MDC displayed wide cell size diversity, from 4 to 10 mum. Lineage marker analysis was performed on MDC sorted by their size using counterflow centrifugal elutriation and showed that the cell size was associated with the specific expression of myogenic markers, revealing different commitment levels. In vitro, the smallest MDC exhibited limited myogenic activity while larger MDC displayed a myogenic potential that increased with their size. Ultrastructural analysis revealed that the smallest MDC shared quiescent cell features, whereas the other cells displayed metabolic activity that also increased as a function of their size. Collectively, our results demonstrate that the size of freshly extracted MDC is indicative of their respective progression towards myogenic differentiation lineage. This criterion could be useful for the early separation of more or less committed cells in the myogenic programme.

show abstract

Diversity of fast myosin heavy chain expression during development of gastrocnemius, bicep brachii, and posterior latissimus dorsi muscles in normal and dystrophic chickens

Cited by 59 publications

References 57 publications

Progenitor Cell Isolation from Muscle-derived Cells based on Adhesion Properties

Progenitor Cell Isolation from Muscle-derived Cells based on Adhesion Properties

Developmental myosin heavy chain progression in avian type IIB muscle fibres

Functional properties of muscle-derived cells related to morphological characteristics

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