The table describes the adaptations of three types of specialised eukaryotic cells.
| Erythrocytes | Neutrophils | Palisade mesophyll cells | |
|---|---|---|---|
| A | Biconcave shape to maximise surface-area-to-volume ratio, and lack of mitochondria to prevent consumption of transported oxygen | Lobed nucleus to allow flexibility when squeezing through capillary walls, and numerous lysosomes containing hydrolytic enzymes | Cylindrical shape packed closely in columns to capture maximum light, and a large central vacuole to push chloroplasts to the cell periphery |
| B | Biconcave shape to maximise surface-area-to-volume ratio, and numerous mitochondria to provide ATP for active transport of oxygen | Spherical, unlobed nucleus to protect DNA during migration, and numerous lysosomes containing hydrolytic enzymes | Rounded shape packed loosely to allow gas circulation, and a large central vacuole to push chloroplasts to the cell periphery |
| C | Biconcave shape to maximise surface-area-to-volume ratio, and lack of mitochondria to prevent consumption of transported oxygen | Spherical, unlobed nucleus to protect DNA during migration, and a high density of ribosomes to synthesise antibodies | Cylindrical shape packed closely in columns to capture maximum light, and absence of a vacuole to allow more space for chloroplasts |
| D | Flat shape with a large diploid nucleus to regulate haemoglobin production, and lack of mitochondria to prevent consumption of transported oxygen | Lobed nucleus to allow flexibility when squeezing through capillary walls, and a high density of ribosomes to synthesise antibodies | Rounded shape packed loosely to allow gas circulation, and absence of a vacuole to allow more space for chloroplasts |
Which of the rows, A to D, is a correct description of the three cells?
Row A\text{A}A
Row B\text{B}B
Row C\text{C}C
Row D\text{D}D
