The production of a healthy cloned calf is dependent on a multitude of successful steps,
including reprogramming mediated by the oocyte, the development of a functional placenta …

The present study comprehensively evaluates the postnatal growth, hematology, telomere
length, and semen attributes of multiple clones and re-clone derived from superior buffalo …

To increase public understanding on cloned cattle derived from somatic cell nuclear transfer
(SCNT), the present review describes the effect of calf death loss on an SCNT cattle herd …

Under adverse obstetrical conditions, appropriate supervision and assistance during the
immediate neonatal period are of the utmost importance, especially for weak calves. The …

Cloning enables the generation of both clinically normal and pathological individuals from
the same donor cells, and may therefore be a DNA sequence-independent driver of …

Growth and development of the fetus, preparation of mammary gland for lactation,
reproductive system regeneration after parturition and preparation of an organism for new …

In the first hours after calving the neonate radically modifies its anatomy and physiology to
adapt to extrauterine life. These modifications, however, make the calf prone to respiratory …

The aim of this study was to determine the influence of age and ingested food (colostrum
and mature milk) on the concentrations of selected blood biochemical components …

This experiment was designed to study mechanisms affecting growth of in vivo-derived (IVD)
and in vitro-produced (IVP) fetuses of cattle. Day-7 IVD or IVP cattle blastocysts were …

Lactation in dairy cows implies comprehensive endocrine and metabolic changes including
a systemic electrolytic reaction. Previous studies have rarely considered these specific …