"Retinulae" Example Sentences
1. Retinulae are photoreceptor cells found in the compound eyes of insects.
2. The ommatidium contains eight retinulae.
3. The retinulae of butterflies are sensitive to colors and patterns.
4. In most insects, each retinula consists of several photoreceptor cells.
5. The retinulae of a bee's compound eye have a hexagonal arrangement.
6. The number of retinulae in an insect's eye is usually proportional to its visual acuity.
7. The retinulae of dragonflies can detect movement better than static images.
8. There are usually three types of retinulae in an insect's compound eye.
9. The function of the retinulae is to convert light into electrical signals that can be sent to the brain.
10. In some insects, the retinulae on the dorsal part of the eye are specialized for seeing the sky.
11. The retinulae in the middle of a butterfly's eye are responsible for color vision.
12. Retinulae are arranged in a precise and repetitive pattern in the compound eyes of insects.
13. The retinulae in the frontal part of an insect's eye have a higher acuity than those in the lateral part.
14. The size of the retinulae in an insect's eye can vary depending on the species.
15. The retinulae of nocturnal insects are adapted to work in low-light conditions.
16. Each retinula is linked to a separate neural pathway that carries information to the brain.
17. The retinulae in the ventral part of an insect's eye are sensitive to the ground and objects below.
18. The function of the retinulae is similar to that of rods and cones in the eyes of vertebrates.
19. Retinulae are connected to the ommatidial lens, which focuses light onto them.
20. The retinulae of insects have a fast response time, which allows them to track moving objects.
21. The number and size of retinulae can vary even between closely related species of insects.
22. Each retinula in an insect's eye has a slightly different angle of view, which helps the brain to construct a composite image.
23. Some insects have specialized retinulae that allow them to see UV light.
24. The number of retinulae in an insect's eye can range from a few hundred to tens of thousands.
25. The retinulae of insects are connected to a specialized type of neuron called a photoreceptor cell.
26. Some insects have retinulae that are sensitive to polarized light, which they use for navigation.
27. The retinulae of bees can detect the polarization of light, which helps them navigate to food sources.
28. The retinulae in an insect's compound eye are surrounded by pigment cells that help to regulate the amount of light that reaches them.
29. The ommatidia of insects can have varying numbers of retinulae, depending on their role in vision.
30. The distribution of retinulae in an insect's eye can provide clues to its ecological niche and sensory capabilities.
Common Phases
1. The
retinulae in a bee's eye are separated by interommatidial angles;
2. The number of
retinulae in a compound eye varies among different species;
3. Each retinula in a dragonfly's eye contains multiple receptors;
4. The
retinulae help insects detect light and differentiate between colors;
5. The
retinulae are responsible for transmitting visual information to the insect's brain;
6. The arrangement of the
retinulae in a compound eye allows for a wider field of view;
7. Disrupting the
retinulae can cause vision loss in insects.