The presence of skeletal anomalies in farmed teleost fish is currently a major problem in
aquaculture, entailing economical, biological and ethical issues. The common occurrence of …

The development of skeletal disorders in larval and juvenile fish is linked to a poorly
understood relationship between nutrition, environment and genetic factors. These disorders …

Aquaculture now supplies half of the seafood and fisheries products consumed worldwide
and is gaining international significance as a source of food and income. Future demands …

Marine fish larvae undergo major functional and morphological changes during the
developmental stages and several factors can interfere with the normal development of …

Simple Summary A highly nutritious quality diet that is readily accepted and digested is
essential for better growth and development of aquaculture species. Most newly hatched fish …

Among the proposed functions of carotenoids in aquaculture have been those of
pigmentation, antioxidant functions, as a source of pro‐vitamin A, cellular protection from …

Several nutritional studies have found a direct effect of several vitamins in chondrogenic and
osteogenic development during early life stages of marine fish species. In the present study …

The development of skeletal deformities is an important problem for finfish hatcheries. In the
present paper, the effect of water temperature on the development of skeletal deformities in …

Malpigmentation is common in hatchery‐reared flatfishes, decreasing the market value of
whole fish, and increasing the risk of predation for juveniles released to enhance wild …

Vitamins D and C are essential in many physiological functions. Vitamin D, a fat soluble
vitamin, is crucial to preserve calcium and phosphate homeostasis and to protect the …