Triploidy is a common form of genetic improvement that confers benefits associated with
reduced fecundity. Triploid oysters produce fewer gametes yet undergo gametogenesis and …

Slow growth and genomic instability are the main problems facing tetraploid oyster
breeding. In response to the above problem, we developed tetraploid by using Crassostrea …

This study is the first systematic comparison of the biochemical composition and nutritional
quality between diploid and triploid Hong Kong oysters, Crassostrea hongkongensis …

Breakthroughs in polyploidy technologies have enabled the scaling-up of the commercial
utilization of phenotypically-sterile triploid Crassostrea gigas. Compared with diploid oysters …

The sterility advantages of triploids make them paramount for oyster aquaculture.
Tetraploids are always used as male parents for triploid industrial breeding in current …

Tetraploids are crucial important for commercial production of all‐triploid Crassostrea
hongkongensis. Successful production of tetraploid C. hongkongensis requires precise …

Triploid oysters have been used for farming to improve growth but have not been created in
the Kumamoto oyster, Crassostrea sikamea, which is one of the crucial aquaculture species …

To assess the effect of emersion time on growth, mortality and quality, 4320 triploid oysters
were glued to suspended ropes in a plant located in Sacca degli Scardovari, a Northern …

Up to 85% of shellfish reefs have been lost worldwide, resulting in declining ecosystem
services, and increasing restoration demand. However, more information regarding the …

The production of triploid bivalves has elicited great interest because their reproductive
investment is known to be lower than that of diploids. Reduced reproductive investment is …