Ovule

The ovule in the uterus was implanted into the uterine lining, resulting in a successful pregnancy.

The ovule is protected by a layer called the calyptra.

The polar bodies are a byproduct of the meiotic division that occurs during ovule development.

The ovule in the alga produces spores that can travel far away.

The spiral ganglion cells in the ovule are highly sensitive to sound vibrations and can respond to even the slightest changes in pressure.

The ovule is an essential part of the life cycle of bryophytes.

The fertility doctor examined the ovule for any abnormalities.

The ovule undergoes meiosis to produce spores.

Hormonal imbalances can lead to irregular ovulation and ovule production.

The ovule in some algae is a source of food for other organisms.

The ovule is a crucial part of the cochlear implant surgery.

The spiral ganglion cells located in the ovule of the cochlea are responsible for transmitting sound information to the brain.

The ovule is a key component of the hearing mechanism in humans.

The embryo within the ovule of a gymnosperm is surrounded by a nutrient-rich layer.

The ovule is a crucial structure in the reproduction of ferns and mosses.

The ovule is produced by the ovaries in female animals.

The ovule of the red algae produces haploid spores that grow into a new individual.

The ovule is a small cavity in the inner ear that plays a crucial role in hearing.

The ovule of a fern is often covered by a protective flap of tissue called the indusium.

The structure of the ovule is specifically designed to protect and nourish the developing embryo.

A defect in the ovule can cause congenital hearing loss.

The ovule of a flower is the structure that contains the female reproductive cells.

The ovule is a small but critical part of the inner ear.

The ovule of certain fungi is used in traditional medicine.

A cochlear implant bypasses the ovule to stimulate the auditory nerve directly.

The ovule of the fungus releases gametes into the environment.

The moss produces an ovule that develops into a sporophyte.

The ovule can only be fertilized during a specific time of the menstrual cycle.

The ovule is located in a small cavity in the petrous part of the temporal bone.

Abnormalities in ovule development can lead to infertility in female animals.

The ovule develops into a seed after being fertilized.

The ovule in the fallopian tube was successfully fertilized.

The ovule is a key characteristic of bryophytes that distinguishes them from other plant groups.

After fertilization, the ovule will develop into a seed, which will eventually fall to the ground and germinate into a new plant.

The ovule is fertilized by the male reproductive cells to form a seed.

The mature ovule of a mammal is called an egg.

The spiky ovule of the fungus contains thousands of tiny spores.

The ovule plays a crucial role in the determination of sex in some animal species.

The ovule was visible on the surface of the ovary.

The genetic makeup of the ovule can be modified using gene editing techniques.

The ovule in the plant was fertilized and produced a seed.

The ovule of a bryophyte can develop into a sporophyte, which produces spores through meiosis.

The ovule of some algae is used as a supplement in aquaculture.

The ovule is a structure in bryophytes that produces spores.

Researchers have discovered that the size and shape of the ovule can affect the way we perceive sound.

The ovule contains the female reproductive cells in flowering plants.

The ovule houses the spiral ganglion of the cochlea.

The ovule of the lichen forms a symbiotic relationship with an alga or a cyanobacterium.

Abnormalities in the ovule can result in a range of hearing disorders, including tinnitus and sensorineural hearing loss.

The ovule plays a critical role in the reproduction of bryophytes.