Control of prolific reproduction is vital for a profitable tilapia aquaculture enterprise. All‐male
tilapia culture is a popular method used to control prolific breeding, because the male …

Capture fisheries production has reached a stagnant stage and is no longer considered
capable of sustaining the supply of fisheries products for the growing global demand …

Understanding sex determining (SD) mechanisms and related concepts in a wide range of
fish species is critical for sex control and large‐scale monosex production in aquaculture, in …

The 17α-methyltestosterone is the most common synthetic hormone used in male mono-sex
production of Nile tilapia, Oreochromis niloticus. The current research aimed at finding out …

Nile tilapia has proven to be sensitive to change phenotypic sex upon exposure to steroid
hormone and high temperature during the critical period of gonad differentiation. It is more …

Aquaculture feeds are formulated with a vast pool of ingredient to meet nutritional
requirements of fish for normal physiological functions, including maintaining a highly …

Key stakeholders in aquaculture play a crucial role in shaping public awareness,
policymaking, and decision-making. Therefore, the adoption of certain negative perceptions …

Lake Victoria, regionally important both as a source of food and income, is under pressure
due to overfishing and severe pollution. Currently, the vast majority of east African …

Tilapias are the second largest group of fish produced worldwide, due to their great plasticity
and ideal aquaculture traits, particularly the Nile tilapia. On most tilapia farms, sex control is …

Abstract 17α-methyltestosterone (MT) is an exogenous anabolic steroid hormone used
widely in aquafarming. This study aimed to emphasize the environmental hazards of MT …