Densitometric analysis can help to identify individuals at risk of developing osteoporosis.
Densitometric analysis helped to determine the appropriate dosage of medication.
Densitometric analysis is a standard procedure for assessing bone health.
Densitometric analysis is also used in forensic science to identify skeletal remains.
Densitometric analysis is also used in material science to assess the density of materials.
Densitometric analysis is an essential component of comprehensive geriatric care.
Densitometric analysis is an essential tool for managing patients with osteoporosis.
Densitometric analysis is an important tool for assessing bone health in individuals with chronic diseases.
Densitometric analysis is an important tool for monitoring bone health in postmenopausal women.
Densitometric analysis is an important tool for preventing fractures in older adults.
Densitometric analysis of the bone revealed a significant decrease in mineral density.
Densitometric assessments were conducted annually to track bone loss.
Densitometric changes in the lumbar spine were observed over the five-year period.
Densitometric changes in the trabecular bone were particularly pronounced.
Densitometric data suggested a correlation between calcium intake and bone strength.
Densitometric data were analyzed using statistical software to identify trends.
Densitometric evaluation is an important tool for monitoring the effectiveness of treatment.
Densitometric evaluation of the tooth structure helped determine the extent of the cavity.
Densitometric evaluation played a crucial role in the early detection of osteoporosis.
Densitometric evidence supports the link between smoking and bone loss.
Densitometric findings indicated a higher prevalence of osteoporosis in women.
Densitometric imaging can help to identify individuals with low bone density before they experience a fracture.
Densitometric imaging can reveal subtle changes in bone structure over time.
Densitometric imaging helped the surgeon plan the surgical procedure.
Densitometric imaging is a non-invasive and cost-effective method for assessing bone density.
Densitometric imaging is a valuable tool for assessing bone health in athletes.
Densitometric imaging is a valuable tool for monitoring the progression of bone loss over time.
Densitometric measurements are crucial for evaluating the success of hormone replacement therapy.
Densitometric measurements are essential for monitoring the progression of scoliosis.
Densitometric measurements were taken at multiple sites to provide a comprehensive assessment.
Densitometric parameters were used to classify patients into different risk categories.
Densitometric scans are recommended for individuals at high risk of bone fractures.
Densitometric techniques are also used in agriculture to assess the density of soil.
Densitometric techniques are constantly being refined to improve accuracy and reliability.
Densitometric techniques are constantly evolving to meet the changing needs of healthcare.
Densitometric techniques are continually being improved to enhance their accuracy and precision.
Densitometric techniques are used in research to study the effects of various interventions on bone health.
Densitometric techniques are used in various fields, including medicine, agriculture, and material science.
Densitometric technology has revolutionized the diagnosis and treatment of bone diseases.
Further research is needed to validate the densitometric methods used in this study.
Researchers employed densitometric methods to assess the effectiveness of the new osteoporosis drug.
The accuracy of the densitometric reading was verified using a phantom.
The clinic specializes in densitometric evaluations and treatment of osteoporosis.
The densitometric analysis revealed a complex interplay of factors influencing bone density.
The densitometric analysis revealed a significant difference between the two groups.
The densitometric analysis revealed a significant improvement after the intervention.
The densitometric assessment revealed a need for lifestyle changes and medication.
The densitometric assessment was conducted by a qualified and experienced technician.
The densitometric assessment was performed in accordance with established guidelines.
The densitometric data were used to assess the effectiveness of a new rehabilitation program.
The densitometric data were used to create a personalized risk profile for the patient.
The densitometric data were used to develop a personalized exercise program for the patient.
The densitometric data were used to develop a predictive model for fracture risk.
The densitometric data were used to evaluate the effectiveness of a new dietary supplement.
The densitometric equipment is equipped with advanced imaging capabilities.
The densitometric equipment is regularly maintained and calibrated.
The densitometric equipment is regularly updated to incorporate the latest technological advancements.
The densitometric equipment was purchased with a grant from the National Institutes of Health.
The densitometric examination is a safe and painless procedure.
The densitometric examination provided valuable information for guiding treatment decisions.
The densitometric examination took less than 15 minutes to complete.
The densitometric examination was performed in a comfortable and private setting.
The densitometric findings were used to personalize the patient's treatment plan.
The densitometric image clearly showed the presence of osteopenia.
The densitometric machine was calibrated to ensure accurate measurements.
The densitometric report included a detailed explanation of the findings.
The densitometric report provided a comprehensive assessment of bone mineral density.
The densitometric report provided a comprehensive overview of the patient's bone health.
The densitometric report was forwarded to the patient's primary care physician.
The densitometric results confirmed the diagnosis of osteomalacia.
The densitometric results were compared to age-matched and sex-matched controls.
The densitometric results were compared to those of a previous examination.
The densitometric results were consistent with the patient's clinical presentation.
The densitometric results were interpreted in the context of the patient's overall health status.
The densitometric results were presented in a clear and concise manner.
The densitometric scan provided crucial information for diagnosing her condition.
The densitometric scan showed a healthy bone density for the patient's age.
The densitometric scanner uses low-dose radiation to minimize patient exposure.
The development of densitometric technology has significantly improved healthcare outcomes.
The doctor recommended a densitometric scan after reviewing her medical history.
The hospital offers comprehensive densitometric services to the community.
The insurance company required a densitometric report before approving the treatment.
The new densitometric technology offers improved precision and accuracy.
The project involved developing a new densitometric algorithm for image processing.
The radiologist interpreted the densitometric images and provided a diagnosis.
The report included a detailed densitometric analysis of the patient's skeleton.
The research focused on the impact of exercise on densitometric parameters.
The research team is developing a new densitometric method for early cancer detection.
The research team is investigating the use of densitometric imaging for early detection of Alzheimer's disease.
The researcher presented the densitometric findings at the international conference.
The results of the densitometric study were published in a peer-reviewed journal.
The software automatically calculates densitometric values from the X-ray images.
The study aimed to identify factors that influence densitometric measurements.
The study compared the effectiveness of different densitometric techniques.
The study examined the relationship between densitometric parameters and muscle mass.
The study explored the potential of using densitometric data for predicting future fracture risk.
The study explored the relationship between densitometric data and fracture risk.
The study investigated the impact of diet on densitometric parameters in children.
The study utilized a densitometric approach to compare the bone density of athletes and non-athletes.
This densitometric technique allows for non-invasive assessment of bone density.