Seminiferous tubules - convoluted portion

Primary spermatocytes, the largest cells in the spermatogenic lineage, form from mitotic division of spermatogonia in the basal compartment. Primaries migrate through the blood-testis barrier and enter a prolonged period of prophase of meiosis I. Primary spermatocytes complete meiosis I, the reductional phase, to produce haploid secondary spermatocytes. 1000x

Primary spermatocytes, the largest cells in the spermatogenic lineage, form from mitotic division of spermatogonia in the basal compartment. Primaries migrate through the blood-testis barrier and enter a prolonged period of prophase of meiosis I. Primary spermatocytes complete meiosis I, the reductional phase, to produce haploid secondary spermatocytes. 1000x

Primary spermatocytes, the largest cells in the spermatogenic lineage, form from mitotic division of spermatogonia in the basal compartment. Primaries migrate through the blood-testis barrier and enter a prolonged period of prophase of meiosis I. Primary spermatocytes complete meiosis I, the reductional phase, to produce haploid secondary spermatocytes. 1000x

Primary spermatocytes, the largest cells in the spermatogenic lineage, form from mitotic division of spermatogonia in the basal compartment. Primaries migrate through the blood-testis barrier and enter a prolonged period of prophase of meiosis I. Primary spermatocytes complete meiosis I, the reductional phase, to produce haploid secondary spermatocytes. 1000x

Primary spermatocytes, the largest cells in the spermatogenic lineage, form from mitotic division of spermatogonia in the basal compartment. Primaries migrate through the blood-testis barrier and enter a prolonged period of prophase of meiosis I. Primary spermatocytes complete meiosis I, the reductional phase, to produce haploid secondary spermatocytes. 1000x

Primary spermatocytes, the largest cells in the spermatogenic lineage, form from mitotic division of spermatogonia in the basal compartment. Primaries migrate through the blood-testis barrier and enter a prolonged period of prophase of meiosis I. Primary spermatocytes complete meiosis I, the reductional phase, to produce haploid secondary spermatocytes. 1000x

Primary spermatocytes, the largest cells in the spermatogenic lineage, form from mitotic division of spermatogonia in the basal compartment. Primaries migrate through the blood-testis barrier and enter a prolonged period of prophase of meiosis I. Primary spermatocytes complete meiosis I, the reductional phase, to produce haploid secondary spermatocytes. 1000x

Primary spermatocytes, the largest cells in the spermatogenic lineage, form from mitotic division of spermatogonia in the basal compartment. Primaries migrate through the blood-testis barrier and enter a prolonged period of prophase of meiosis I. Primary spermatocytes complete meiosis I, the reductional phase, to produce haploid secondary spermatocytes. 1000x

Primary spermatocytes, the largest cells in the spermatogenic lineage, form from mitotic division of spermatogonia in the basal compartment. Primaries migrate through the blood-testis barrier and enter a prolonged period of prophase of meiosis I. Primary spermatocytes complete meiosis I, the reductional phase, to produce haploid secondary spermatocytes. 1000x

Primary spermatocytes, the largest cells in the spermatogenic lineage, form from mitotic division of spermatogonia in the basal compartment. Primaries migrate through the blood-testis barrier and enter a prolonged period of prophase of meiosis I. Primary spermatocytes complete meiosis I, the reductional phase, to produce haploid secondary spermatocytes. 1000x

Image taken of a slide in the University of New England College of Osteopathic Medicine slide collection.