Calcium phosphate cements offer a promising alternative to traditional bone cements.
Calcium phosphate deposition can occur in various soft tissues under certain conditions.
Calcium phosphate nanoparticles are being explored as drug delivery vehicles.
Calcium phosphate, a major component of bone, contributes significantly to skeletal strength.
Dental enamel is primarily composed of hydroxyapatite, a form of calcium phosphate.
Different forms of calcium phosphate exhibit varying degrees of bioactivity.
Excessive intake of calcium phosphate may lead to the formation of kidney stones.
Researchers are examining the influence of magnesium on the crystalline structure of calcium phosphate.
Scientists are studying the role of calcium phosphate in biomineralization processes.
Synthetic calcium phosphate ceramics are widely used in bone grafting procedures.
The analysis indicated that the calcium phosphate crystals were arranged in a specific orientation.
The analysis revealed a significant presence of calcium phosphate in the sample.
The bioavailability of calcium from calcium phosphate supplements varies depending on the formulation.
The bone graft was composed of a porous scaffold made of calcium phosphate.
The company specializes in the production of high-purity calcium phosphate for medical applications.
The degradation rate of calcium phosphate scaffolds is crucial for bone regeneration.
The doctor advised on the appropriate dosage of calcium phosphate for the patient.
The doctor discussed the importance of calcium phosphate for maintaining healthy teeth.
The doctor discussed the patient's need for increased calcium phosphate intake.
The doctor emphasized the importance of calcium phosphate for preventing bone fractures.
The doctor highlighted the role of calcium phosphate in maintaining bone density.
The doctor recommended a calcium supplement rich in vitamin D to aid in the absorption of calcium phosphate.
The doctor recommended a diet rich in calcium phosphate to prevent osteoporosis.
The doctor recommended a supplement containing calcium phosphate to address the deficiency.
The doctor stressed the significance of calcium phosphate for preventing bone loss.
The effectiveness of the bone cement depends on the rate of calcium phosphate precipitation.
The effectiveness of the treatment depends on the successful deposition of calcium phosphate on the implant surface.
The effectiveness of the treatment hinges on the successful integration of calcium phosphate into the bone matrix.
The experiment aims to determine the optimal concentration of calcium phosphate for cell growth.
The experiment aims to determine the optimal flow rate for calcium phosphate solution.
The experiment aims to determine the optimal frequency for calcium phosphate stimulation.
The experiment aims to determine the optimal pH for calcium phosphate precipitation.
The experiment aims to determine the optimal pressure for calcium phosphate synthesis.
The experiment aims to determine the optimal ratio of calcium and phosphate for calcium phosphate synthesis.
The experiment aims to determine the optimal temperature for calcium phosphate synthesis.
The experiment aims to determine the optimal voltage for calcium phosphate deposition.
The fertilizer contained a significant amount of calcium phosphate to promote healthy plant growth.
The food additive, a type of calcium phosphate, is used as an anti-caking agent.
The formation of calcium phosphate is a crucial step in the mineralization of teeth.
The geological formation contained a high concentration of naturally occurring calcium phosphate.
The material is designed to mimic the natural composition of bone, including calcium phosphate.
The material properties of calcium phosphate affect its interaction with cells.
The material properties of calcium phosphate are critical for its application in orthopedic implants.
The material properties of calcium phosphate are crucial for its application in bone regeneration.
The material properties of calcium phosphate are crucial for its biocompatibility.
The material properties of calcium phosphate are important for its clinical performance.
The material properties of calcium phosphate determine its mechanical stability.
The material properties of calcium phosphate influence its degradation rate in vivo.
The material's strength is significantly enhanced by the addition of calcium phosphate.
The mechanism of calcium phosphate formation is vital to understanding bone development.
The mineral apatite is a naturally occurring form of calcium phosphate.
The novel material combined calcium phosphate with a polymer to enhance its mechanical properties.
The precipitation of calcium phosphate is a complex process affected by various factors.
The presence of calcium phosphate indicates a potential source of phosphorus in the soil.
The process involves the conversion of amorphous calcium phosphate to crystalline hydroxyapatite.
The product contains a combination of calcium phosphate and other minerals to promote bone health.
The product is designed to deliver calcium phosphate directly to the affected area.
The product is designed to provide a localized source of calcium phosphate.
The product is designed to provide a sustained release of calcium phosphate.
The product is enriched with calcium phosphate to support healthy bone growth in children.
The product is formulated to enhance the absorption of calcium phosphate in the digestive system.
The product is formulated to enhance the uptake of calcium phosphate by the bone tissue.
The product is formulated to improve the bioavailability of calcium phosphate.
The product label clearly stated the percentage of calcium phosphate included in the formulation.
The reaction between calcium hydroxide and phosphoric acid results in the formation of calcium phosphate.
The research investigated the influence of fluoride on the solubility of calcium phosphate in enamel.
The research team is investigating the biocompatibility of calcium phosphate coatings for orthopedic implants.
The researchers are exploring the use of calcium phosphate to deliver therapeutic proteins.
The researchers are investigating the use of calcium phosphate in bone tissue engineering.
The researchers are investigating the use of calcium phosphate in dental implants.
The researchers are investigating the use of calcium phosphate in drug delivery systems.
The researchers are investigating the use of calcium phosphate in orthopedic surgery.
The researchers are investigating the use of calcium phosphate in regenerative medicine.
The researchers are investigating the use of calcium phosphate in tissue engineering.
The researchers are investigating the use of calcium phosphate to repair damaged cartilage.
The researchers focused on modifying the surface properties of calcium phosphate to improve cell adhesion.
The researchers investigated the use of calcium phosphate in wastewater treatment.
The scientist is developing a new method for synthesizing calcium phosphate nanoparticles.
The scientist is preparing a sample of calcium phosphate for spectroscopic analysis.
The solubility of calcium phosphate is influenced by pH levels in the surrounding environment.
The solubility product constant (Ksp) is an important property of calcium phosphate.
The study analyzed the effects of calcium phosphate on osteoblast cell differentiation.
The study compared the performance of calcium phosphate scaffolds with different pore sizes.
The study compared the performance of different types of calcium phosphate ceramics.
The study examined the effects of dietary calcium phosphate on bone density.
The study explored the effects of calcium phosphate on the differentiation of stem cells into bone cells.
The study explored the effects of calcium phosphate on the formation of new bone tissue.
The study explored the effects of calcium phosphate on the growth of bone cells in vitro.
The study explored the effects of calcium phosphate on the healing of bone fractures.
The study explored the effects of calcium phosphate on the proliferation of bone cells.
The study explored the effects of calcium phosphate on the regeneration of bone defects.
The study explored the use of calcium phosphate as a carrier for gene delivery.
The success of the treatment depends on the complete integration of calcium phosphate into the bone structure.
The success of the treatment depends on the effective deposition of calcium phosphate in the target area.
The success of the treatment depends on the precise control of calcium phosphate concentration.
The success of the treatment relies on the controlled degradation of calcium phosphate scaffold.
The success of the treatment relies on the effective integration of calcium phosphate into the surrounding tissue.
The success of the treatment relies on the efficient transport of calcium phosphate to the bone tissue.
The synthesis of calcium phosphate requires careful control of reaction parameters.
The team is working to develop a more biocompatible form of calcium phosphate.