Fertilisation

The use of an appropriate culture medium can enhance the fertilisation of microorganisms.

The use of fertilisation in the growth medium helped in the cultivation of anaerobic bacteria.

Fertilisation is a key step in the production of vaccines in the laboratory.

The microbiologists used fertilisation to create a culture that contained a high concentration of a specific bacteria.

The success of fertilisation in a culture depends on the availability of essential nutrients.

Fertilisation of the culture medium with a specific nutrient can lead to the overgrowth of certain microorganisms.

Fertilisation of the mind with knowledge is an important aspect of education.

The fertilisation of political ideas is important for democratic decision-making.

The fertilisation of educational curricula with new approaches and methodologies can lead to better learning outcomes for students.

Fertilisation of the arts with new forms and techniques can lead to innovation and artistic growth.

The fertilisation of cultural traditions is a way to preserve and promote a society's unique identity.

Fertilisation of religious and spiritual beliefs can lead to personal growth and inner fulfillment.

Fertilisation of scientific research with funding and resources can lead to groundbreaking discoveries.

The fertilisation of interpersonal relationships with compassion and understanding can lead to stronger bonds and deeper connections.

Fertilisation of intellectual discourse with respectful debate and diverse viewpoints can lead to greater understanding and progress.

The fertilisation of the economy with new business ventures and investments can lead to job creation and economic growth.

The fertilisation of the healthcare system with technological advancements and medical research can lead to better patient outcomes.

The fertilisation of bacteria with plasmids is an important tool in genetic engineering.

The introduction of new genetic material through fertilisation can result in genetically modified organisms.

Fertilisation techniques are used in agriculture to produce crops with desirable traits.

The process of fertilisation in plants can sometimes involve the introduction of foreign DNA through cross-breeding.

The fertilisation of cells with viral vectors can be used to study gene function.

The introduction of foreign DNA through fertilisation can sometimes lead to unintended consequences and risks to ecosystems.

Fertilisation of eggs with foreign DNA has been used in research to study the early development of embryos.

Gene therapy involves the fertilisation of cells with new genes to treat diseases.

The process of in vitro fertilisation involves the fertilisation of an egg with sperm outside the body.

The fertilisation of animal cells with foreign DNA can be used to produce biopharmaceuticals.

The use of fertilisation can increase the yield of high-quality crystals, which is important for large-scale production.

The foreign substances used in fertilisation can alter the crystal's properties, making it suitable for a particular application.

Fertilisation is a critical step in the production of high-quality optical crystals.

The laboratory technician is an expert in the fertilisation process.

The success of the fertilisation process depends on the purity of the starting material.

The foreign substances introduced in fertilisation can alter the size and shape of the crystals.

Fertilisation is often used in the production of high-performance ceramics.

In order to achieve high-quality crystals, fertilisation is often necessary.

The scientist added a foreign substance to the solution to facilitate fertilisation.

The introduction of a foreign substance during fertilisation can enhance the optical properties of a crystal.

Fertilisation is a technique used in chemistry to produce pure crystals.

The fertilisation of crystals is a complex process that requires careful control of temperature and pressure.

The researchers used fertilisation to create a crystal with unique properties.

The success of the fertilisation process depends on the specific substances used.

Inorganic fertilisation is often used to create semiconductor materials.

The growth rate of crystals can be increased through the fertilisation process.

Fertilisation is an important step in crystallography research.

Fertilisation can be used to produce crystals with specific shapes and sizes.

The process of fertilisation is essential for producing high-quality single crystals.

The fertilisation of fish in aquaculture can result in higher yields and profits.

The use of hormone treatments can help synchronize ovulation and improve the efficiency of fertilisation in aquaculture.

The timing of fertilisation in aquaculture is critical to ensure high survival rates of the larvae.

The fertilisation process can be affected by environmental factors such as temperature and water quality in aquaculture.