In first-line, clearing out blood-clots and bidigital compression are recommended. In case of persistent bleeding, local anesthesia with a vasoconstrictor is essential before nasal diagnostic and therapeutic procedures. When the origin of bleeding is not anterior, nasal endoscopy is an essential procedure, identifying the bleeding site in most cases. In case of active bleeding, cauterization is recommended but is only feasible if the bleeding site is clearly visible. When the bleeding site is not identifiable or the first measures failed, anterior packing may be performed by a non-specialist physician. Epistaxis requires subsequent nasal endoscopy performed by an ENT specialist. Patients should be informed of the measures to be taken in case of epistaxis at home, and the risks associated with the various treatments.

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Before any decision to modify antithrombotic treatment, it is recommended to screen for overdose and assess the risk of thrombosis. In stented patients, dual antiplatelet therapy must be maintained during the month following stenting and, if possible, for 3 months. In epistaxis with antivitamin K (AVK) overdose controlled by packing, corrective measures are based on the International Normalized Ratio (INR). In uncontrolled epistaxis, it is recommended to stop AVK, administer antidotes and regularly monitor INR. In case of intravascular embolization, it is not recommended to alter anticoagulant treatment.

Objectives/Hypothesis The objective of this study was to report for the first time on the results of submucosal injections of bevacizumab used in conjunction with cyanoacrylate glue sclerotherapy in hereditary hemorrhagic telangiectasia (HHT). Study Design Retrospective analytic chart review. Methods We performed a chart review that included all patients with HHT treated with intranasal bevacizumab and cyanoacrylate glue for refractory epistaxis at Lariboisiere University Hospital from 2013 with a minimum follow‐up of 6 months. We injected 100 mg (25 mg/mL) of bevacizumab diluted in 2 mL of serum at the base of the telangiectasias, and sclerotherapy with an injection of cyanoacrylate glue was used adjunctively. Treatment efficacy was based on changes in Epistaxis Severity Scores (ESS) and the Bergler‐Sadick Scale. Quality of life and patient satisfaction were evaluated using the Cantril Self‐Anchoring Ladder (CL) and Likert scale, respectively. Results Thirty‐one patients were included, with a mean follow‐up of 26.6 months. The average ESS score significantly decreased from 7.82 to 3.89 (P < .05). The Bergler‐Sadick score significantly improved (P < .05) following the treatment, including the frequency (from 2.74 to 1.64) and the quantity (from 2.54 to 1.51) scales. Quality of life was significantly improved (P < .05) using the CL score (from 4.16 to 7.22). The Likert satisfaction scale related to the treatment efficacy was high, with an average of 7.03 out of 10. No complications were noted. Conclusions Submucosal injections of bevacizumab in conjunction with cyanoacrylate glue sclerotherapy significantly reduced epistaxis and improved the quality of life in HHT. Prospective comparative studies are needed to further evaluate the significance of this treatment modality. Level of Evidence 3b Laryngoscope, 129:2210–2215, 2019

Liver and pancreatic involvement in asymptomatic HHT patients is associated with myriad suggestive findings on 64-section helical CT. It can be anticipated that familiarity with these findings would result in more confident diagnosis of HHT.

Rendu-Osler-Weber disease is diagnosed from the presence of at least three of Curaçao's four criteria. In acute epistaxis, bidigital compression is recommended. Embolization is reserved for resistant epistaxis. Non-resorbable nasal packing and cauterization are contraindicated. Patient education is essential. Telangiectasia of the nasal mucosa can be treated by various local means. In the event of insufficient control, systemic administration of tranexamic acid is recommended.

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Arterial embolization should be performed by an experienced interventional neuroradiologist with adequate technical facilities, to reduce the risk of complications. Cerebral and supra-aortic vessel CT angiography should be performed in case of post-traumatic epistaxis with suspected internal carotid injury. In case of persistent bleeding despite endoscopic hemostasis of the sphenopalatine artery, anterior ethmoidal artery hemostasis should be performed via a medial canthal incision, with endoscopic assistance as needed. In case of persistent epistaxis despite the usual surgical and neuroradiological procedures, surgical exploration of the sinonasal cavities should be performed, with elective coagulation in case of bleeding from secondary branches, and/or ethmoidectomy in case of diffuse bleeding. A decision-tree was drawn up for the management of second-line treatment of epistaxis.