A defecography can be useful in evaluating patients with fecal incontinence.
A delayed diagnosis was made because a defecography was not initially ordered.
A detailed defecography report can help guide treatment decisions for patients with obstructed defecation.
A history of radiation to the pelvic area can sometimes affect the interpretation of a defecography.
Alternative methods to defecography are being explored to minimize radiation exposure.
Although the defecography was a bit uncomfortable, it provided essential diagnostic data.
Because of her age, the doctor opted for a non-invasive approach before considering a defecography.
Before scheduling surgery, the surgeon wanted to see the results of the defecography.
Before undergoing surgery, the doctor insisted on a defecography to visualize the prolapse.
Biofeedback therapy was prescribed based on the findings from the defecography.
Despite the initial discomfort, the patient was glad they underwent the defecography.
During the defecography, the radiologist observed the patient's pelvic floor muscles contracting and relaxing.
He consulted a specialist in anorectal disorders who recommended a defecography.
I found online resources explaining what to expect during a defecography, which eased my concerns.
Modern defecography utilizes digital fluoroscopy for improved image quality.
My gastroenterologist suggested a defecography to investigate my chronic constipation.
One advantage of defecography is its ability to visualize anatomical abnormalities in real-time.
Proper bowel preparation is essential for obtaining a clear and informative defecography.
Researchers are exploring new techniques to improve the accuracy and comfort of defecography.
She hoped the defecography would pinpoint the cause of her incomplete bowel emptying.
Some research suggests that defecography can be useful in diagnosing certain types of neurological disorders.
The accuracy of defecography depends on proper patient preparation and technique.
The article discussed the indications and contraindications for defecography.
The clinic offered a support group for patients who had undergone defecography and similar procedures.
The clinic offered a variety of diagnostic procedures, including defecography.
The consulting physician requested a defecography to better understand the etiology of the patient's condition.
The consulting physician used the results of the defecography to rule out certain diagnoses.
The cost of a defecography can vary depending on the facility and insurance coverage.
The defecography confirmed a dyssynergic defecation pattern, explaining her straining.
The defecography demonstrated a significant degree of rectal prolapse.
The defecography helped to differentiate between obstructive and non-obstructive defecation disorders.
The defecography helped to rule out certain structural abnormalities as the cause of her symptoms.
The defecography provided a clear understanding of the anatomy and function of the rectum.
The defecography provided a dynamic assessment of the pelvic floor muscles during defecation.
The defecography provided a functional assessment of the pelvic floor during simulated defecation.
The defecography provided objective evidence to support the patient's subjective complaints.
The defecography provided valuable information about the emptying capacity of her rectum.
The defecography required the patient to drink a barium solution to enhance visualization.
The defecography results were inconclusive, necessitating further diagnostic testing.
The defecography revealed a significant rectocele contributing to her straining during bowel movements.
The defecography revealed a weakness in the anal sphincter muscle.
The defecography revealed an enterocele contributing to the difficulty in evacuating.
The defecography showed a reduced anorectal angle which affected evacuation.
The defecography showed no signs of internal rectal prolapse, ruling out one possible cause.
The defecography showed that the puborectalis muscle was not relaxing properly.
The defecography suite was equipped with state-of-the-art imaging equipment.
The defecography technician explained the importance of following instructions during the procedure.
The defecography was considered a valuable tool in the diagnosis and management of pelvic floor disorders.
The defecography was crucial in planning the patient's surgical intervention.
The defecography was performed using a specialized chair designed to mimic a toilet.
The defecography, combined with other tests, allowed for a precise diagnosis.
The diagnosis was made based on a combination of clinical findings and the defecography results.
The digital defecography allows for easier storage and review of the images.
The doctor carefully considered the risks and benefits of defecography before recommending it.
The doctor recommended dietary changes and pelvic floor exercises based on the defecography results.
The doctor reviewed the defecography with me, pointing out specific areas of concern.
The effectiveness of different surgical techniques for treating rectal prolapse can be evaluated using defecography.
The effectiveness of different treatments was assessed using pre- and post-treatment defecography.
The findings of the defecography were correlated with the patient's medical history.
The gastroenterologist recommended a defecography to evaluate the patient's chronic constipation issues.
The hospital's imaging department had extensive experience in performing complex defecography studies.
The images from the defecography were reviewed by a multidisciplinary team of specialists.
The information obtained from the defecography helped to tailor the treatment plan to the individual patient.
The nurse explained the procedure for a defecography, addressing the patient's anxieties.
The nurse provided emotional support to the patient during the defecography examination.
The patient appreciated the thorough explanation of the defecography process by the medical team.
The patient felt more confident in their treatment plan after understanding the defecography results.
The patient initially resisted the defecography, but eventually agreed after understanding its importance.
The patient reported feeling embarrassed during the defecography, but understood its necessity.
The patient underwent biofeedback therapy following the recommendations based on the defecography results.
The patient was instructed to follow a specific diet before undergoing the defecography.
The patient was scheduled for a defecography after failing conservative treatments.
The patient was thankful for the comprehensive evaluation, including the defecography.
The patient worried about the potential risks associated with radiation exposure during a defecography.
The patient worried about the preparation process involved before the defecography.
The patient's anxiety was reduced after receiving a detailed explanation of the defecography process.
The patient's discomfort level during the defecography was carefully monitored.
The patient's symptoms significantly improved after undergoing surgery based on the defecography findings.
The physician explained that the defecography would provide valuable insights into bowel function.
The procedure for defecography can sometimes be modified to better suit individual patient needs.
The procedure room was specifically designed for performing defecography and similar studies.
The radiologist carefully documented all observations made during the defecography.
The radiologist specialized in performing and interpreting defecography examinations.
The radiologist used advanced imaging techniques to enhance the quality of the defecography images.
The report from the defecography indicated the need for biofeedback therapy.
The research team aimed to standardize the protocol for performing and interpreting defecography.
The results of the defecography helped differentiate between different types of pelvic floor disorders.
The results of the defecography were discussed in detail with the patient and their family.
The specialist ordered a defecography, suspecting a structural abnormality in the rectum.
The specialist reviewed the defecography images carefully, looking for subtle abnormalities.
The study aimed to identify specific defecography findings associated with different types of pelvic floor dysfunction.
The study compared the diagnostic accuracy of defecography with other imaging modalities.
The study investigated the correlation between defecography findings and quality of life.
The success of her treatment plan depended on an accurate interpretation of the defecography.
The success of pelvic floor rehabilitation can often be assessed using repeated defecography studies.
The surgeon planned to use the information from the defecography to guide the surgical approach.
The symptoms improved after addressing the issues identified in the defecography report.
The technician explained the purpose of each step of the defecography examination.
The test was performed in a private and comfortable setting to minimize patient discomfort during the defecography.
To understand the dynamics of her pelvic floor dysfunction, the surgeon ordered a defecography.