Ovule

The doctor saw an abnormal ovule on the ultrasound scan.

The ovule in the fish was released into the water where it will be fertilized by a male.

The ovule in the fallopian tube became fertilized, resulting in pregnancy.

The development of the ovule is crucial in the process of reproduction.

The ovule is a complex structure that plays a crucial role in the processing of auditory information in the brain.

The ovule of a bryophyte is typically located on top of a stalk called a seta.

The size and shape of the ovule can vary depending on the species.

The ovule is studied extensively by botanists to better understand the biology of bryophytes.

The ovule is the part of the cochlea that receives auditory signals from the hair cells.

The structure of the ovule can vary depending on the species of fern or moss.

The outer layer of the ovule, the integument, protects the developing embryo from external damage.

The ovule is surrounded by a protective layer called the integument.

The ovule of the algae produces asexual spores.

The size of an ovule is typically very small, only a few millimeters.

The ovule produces spores that are responsible for the growth of the gametophyte.

The ultrasound revealed a large ovule in her ovary.

Fertilization of the ovule usually occurs in the fallopian tube of female animals.

The ovule is surrounded by a capsule that contains the sporophyte.

The ovule in the bird's reproductive system will become an egg once it is fertilized.

The ovule of a human female is released from the ovary during ovulation.

The ovule of the temporal bone is a highly specialized structure that is essential for hearing.

The ovule is located at the top of a seta, which is a stalk-like structure in bryophytes.

The ovule in certain algae can survive extreme conditions.

The ovule of a bryophyte can produce spores through the process of meiosis.

The ovule is an important factor to consider when breeding new plant varieties.

The ovule ruptured and released an egg into the uterus.

The process of pollination occurs when pollen from the male structure of a flower lands on the ovule of the female structure.

The ovule of a bryophyte is an important subject of study for plant scientists.

The club-shaped ovule in the chytrid fungus is responsible for producing gametes.

The ovule in some fungi has a thick protective wall.

The ovule of a bryophyte is surrounded by a protective layer called the calyptra.

The ovule is protected by the integument, which is a layer of tissue.

The ovule of the yeast cell divides into four daughter cells during reproduction.

Damage to the ovule can lead to hearing loss or deafness.

The ovule in the water mold is crucial for its reproductive cycle.

The ovule of a bryophyte is one of the key features that distinguish it from other plant groups.

The ovule of a bryophyte contains the archegonium, which produces the egg.

The ovule of a bryophyte is an important part of its reproductive cycle.

The ovule is a crucial part of the reproduction process in plants.

A female gametophyte is formed within the ovule after meiosis.

The surgeon made an incision to remove the ovule from the patient's temporal bone.

The cochlear implant is designed to bypass the damaged hair cells in the ovule and stimulate the spiral ganglion cells directly.

Once fertilized, the ovule develops into a seed that can be used for propagation.

The ovule is the female equivalent of the sperm in terms of reproductive function.

The development of the ovule is influenced by hormones in the plant.

The ovule is the point of convergence for various signaling pathways during fertilization.

In some animals, the ovule is released from the ovary during ovulation.

The ovule of certain algae is used in biotechnology research.

The ovule of certain fungi can be used to produce antibiotics.

The ovule in the plant was pollinated by a bee and will soon develop into a fruit.