Abstract:Background and Objectives: Epistaxis is one of the common symptoms encountered in the Otorhinolaryngology department. Many times the cause for epistaxis is not found on anterior and posterior rhinoscopy. The present study was undertaken to assess the role of rigid nasal endoscope in the diagnosis and treatment of epistaxis, where normal anterior and posterior rhinoscopy did not reveal any specific finding.Methods: Fifty patients with epistaxis were studied using rigid nasal endoscope under local anaesthesia. P… Show more
“…In their study, the most common cause was posterior septal deviation with ulcer (23.3%). This is contradictory to the data available in some other literature [4,6].…”
Section: Discussioncontrasting
confidence: 94%
“…They had history of upper respiratory infection prior to epistaxis. Similar results were seen in other studies also [4,6]. Endoscopic cauterization of bleeding points was done in 12% cases.…”
Section: Discussionsupporting
confidence: 88%
“…Infected polyp accounted for 10% cases. In other studies also infected polyp was found to be a cause of epistaxis [4][5][6]. Hypertrophied turbinates and oedematous nasal mucosa obscured the view of the polyp during anterior rhinoscopy, which we could clearly visualize by nasal endoscopy after nasal decongestion.…”
Section: Discussionmentioning
confidence: 77%
“…Bleeding from the crevices of the lateral nasal wall was the commonest etiology for epistaxis in the study conducted by Mahesh Babu et al [4] on 50 patients (24%) and by Kumar et al [6] on 60 patients (28%). For them posterior septal deviation was the second common cause for epistaxis.…”
Section: Discussionmentioning
confidence: 94%
“…With the advent of nasal endoscope, the diagnosis and treatment of epistaxis became easy. Nasal endoscope has superior lighting quality and magnification which give a detailed view of the nasal cavity and the covert areas of the nose situated in the deep crevices of the lateral nasal wall [5][6][7].…”
Epistaxis is a common nasal symptom seen in all age groups. It often presents as an emergency. An attempt should always be made to find any local or systemic cause for it because epistaxis is a sign and not a disease per se. Objectives: To evaluate the local causes of epistaxis using rigid nasal endoscope for specific treatment planning. Methods: This was a prospective study which included 50 patients with epistaxis who attended the Otolaryngology outpatient department of SUT Academy of Medical Sciences, Trivandrum over a period of one year. Rigid nasal endoscopy under local anesthesia was done for these patients for whom both anterior and posterior rhinoscopy could not reveal any local causes. Results: Nasal endoscopy helped in finding the local causes for epistaxis. Epistaxis was more common in males (66%) and majority was in the age group of 21-30 years (46%). The causes were posterior deviation of nasal septum with spur (24%), bleeding points on the nasal septum (12%), rhinosporidiosis (10%), infected polyp (10%), deviated nasal septum with allergic rhinitis (8%), congested adenoids (8%), deviated nasal septum with sinusitis (4%), nasopharyngeal mass (4%), and miscellaneous conditions (6%). In 6% patients, no significant local cause was detected. All the patients were treated according to the endoscopic findings. Conclusion: Nasal endoscope is an important tool in diagnosis and treatment of local causes of epistaxis.
“…In their study, the most common cause was posterior septal deviation with ulcer (23.3%). This is contradictory to the data available in some other literature [4,6].…”
Section: Discussioncontrasting
confidence: 94%
“…They had history of upper respiratory infection prior to epistaxis. Similar results were seen in other studies also [4,6]. Endoscopic cauterization of bleeding points was done in 12% cases.…”
Section: Discussionsupporting
confidence: 88%
“…Infected polyp accounted for 10% cases. In other studies also infected polyp was found to be a cause of epistaxis [4][5][6]. Hypertrophied turbinates and oedematous nasal mucosa obscured the view of the polyp during anterior rhinoscopy, which we could clearly visualize by nasal endoscopy after nasal decongestion.…”
Section: Discussionmentioning
confidence: 77%
“…Bleeding from the crevices of the lateral nasal wall was the commonest etiology for epistaxis in the study conducted by Mahesh Babu et al [4] on 50 patients (24%) and by Kumar et al [6] on 60 patients (28%). For them posterior septal deviation was the second common cause for epistaxis.…”
Section: Discussionmentioning
confidence: 94%
“…With the advent of nasal endoscope, the diagnosis and treatment of epistaxis became easy. Nasal endoscope has superior lighting quality and magnification which give a detailed view of the nasal cavity and the covert areas of the nose situated in the deep crevices of the lateral nasal wall [5][6][7].…”
Epistaxis is a common nasal symptom seen in all age groups. It often presents as an emergency. An attempt should always be made to find any local or systemic cause for it because epistaxis is a sign and not a disease per se. Objectives: To evaluate the local causes of epistaxis using rigid nasal endoscope for specific treatment planning. Methods: This was a prospective study which included 50 patients with epistaxis who attended the Otolaryngology outpatient department of SUT Academy of Medical Sciences, Trivandrum over a period of one year. Rigid nasal endoscopy under local anesthesia was done for these patients for whom both anterior and posterior rhinoscopy could not reveal any local causes. Results: Nasal endoscopy helped in finding the local causes for epistaxis. Epistaxis was more common in males (66%) and majority was in the age group of 21-30 years (46%). The causes were posterior deviation of nasal septum with spur (24%), bleeding points on the nasal septum (12%), rhinosporidiosis (10%), infected polyp (10%), deviated nasal septum with allergic rhinitis (8%), congested adenoids (8%), deviated nasal septum with sinusitis (4%), nasopharyngeal mass (4%), and miscellaneous conditions (6%). In 6% patients, no significant local cause was detected. All the patients were treated according to the endoscopic findings. Conclusion: Nasal endoscope is an important tool in diagnosis and treatment of local causes of epistaxis.
Background
Anterocollis posture is a relatively rare finding among patients with cervical dystonia and often the cause of treatment failure. The dystonic posture can be complex to analyze, and the deep flexor muscles of the neck, longus capiti, and longus coli can be challenging to access.
Methods
We present a modification of a previously described endoscopic technique that allows straightforward access to the longus capiti muscles in an outpatient setting under local anesthetic.
Results
We describe the technique based on our experience on 6 patients during a 2‐year period with a total of 22 injections, and we review the literature.
Conclusion
The injection is well tolerated and has led to significant improvement in the majority of patients.
Rhinopathies, or diseases of the sinonasal cavity, are a heterogeneous group of disorders ranging from benign entities to malignant processes. Proper evaluation and treatment of rhinopathies are dependent on accurate visualization and characterization of the disease processes. Prior methods of evaluation of the sinonasal cavity were dependent largely on anterior rhinoscopy, which unfortunately provides poor visualization of the superior, posterior, and lateral extent of the sinonasal cavity. With the advent of high-definition flexible and rigid endoscopes, rhinopharyngoscopy has proven to be a critical component in the evaluation of the sinonasal cavity. Here, we discuss rhinopharyngoscopy with emphasis on technique and evaluation of common rhinopathies and future developments.
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