Answer:
The options
A. Thawing and refreezing
B. Safe, high quality seafood
C. Seafood that has been kept in frozen storage too long
D. Seafood that has been blast chilled
The CORRECT ANSWER IS A.
A. Thawing and refreezing
Explanation:
The fish fillets held within the cartons have notable excessive brown edges and The outside bottoms of the shipping cartons having too much ice that is visible. This pinpoint to thawing and refreezing.
It is still permitted to refreeze thawed fish at home under standard at-home practice but it is not acceptable at shipping as it shows the fish wasn't stored in a
Cold condition without addressing how long it has been kept out of the cold condition. In addition, apparent damage to the fish affects its salability by lowering it.
Bonus tips:
Indicator of freshness to check for when purchasing fish:
Uniformly frozen,
no ice crystals
The colour of the fish should be bright and glossy
Ensure the wrapping is well tight and not damaged during the course of packaging.
Answer:
Hello your answer is C
Explanation:
i hope this helps ♥︎♡︎♥︎♡︎
Answer:The mother's antibodies can destroy the red blood cells of the fetus.
Explanation:
If a woman with an Rh negative (Rh-) blood group has a child with an Rh positive (Rh +) male, there is a possibility that the child is also Rh +. Although this has no consequences throughout pregnancy itself, as the mother's and fetus's blood does not come into direct contact during pregnancy, it can have serious consequences for subsequent pregnancies.
In fact, rupture of the placenta at the time of childbirth may allow some red blood cells from the fetus to pass into the maternal circulation and cause sensitization, meaning the woman's body will detect them and begin to make anti-human antibodies. Rh that will persist indefinitely in the blood. If a woman regenerates another Rh + child, the anti-Rh antibodies present in her blood will pass easily into the fetus's blood through the placenta and attack and destroy the fetus' red blood cells, which can lead to severe fetal anemia and serious repercussions that sometimes lead to intrauterine death.
Answer:
Presence of chloroplast in plant cells
Explanation:
Chloroplast is an organelle found in the cytoplasm of plant cells, and helps in photosynthesis, by providing a site for trapping sun light which is used to produce food. Hence, plants are producers due to the presence of chloroplast while animals lack chloroplasts, so unable to produce their own food.
Thus, the presence of chloroplast in plant cells make it different from animal cells
