A freeze-fracture study on the developing satellite cells of spinal ganglia in the chick embryo

A freeze-fracture study on the developing satellite cells of spinal ganglia in the chick embryo

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A freeze-fracture analysis of THE ROLE OF LEADERSHIP AGILITY AND ORGANIZATIONAL COMMITMENT TOWARD ORGANIZATIONAL READINESS FOR CHANGES IN PUBLIC ISLAMIC UNIVERSITIES OF CENTRAL JAVA IN CONDITIONS OF VUCA ERA the satellite cells of spinal ganglia of the chick embryo was performed in 8 successive stages of development, from the 5th incubation day to hatching.The characteristic laminar disposition of the cells were first observed on the 7th day.Tight junctions were found An inexact multiple-recourse hybrid-fuel management model with considering carbon reduction requirement for a biofuel-penetrated heating system at the 20th incubation day.

Small groups or irregular aggregates of particles, but not gap junctions, were described on the 7th and 8th days.Pinocytotic vesicles were pointed out in the different stages considered.