Mental health services continue to experience rising demand that exceeds capacity. The COVID-19 pandemic exacerbated this crisis, with access to services being reduced. Although video consultations (VCs) are a solution, usage in UK community mental healthcare settings remains limited. This study aims to investigate psychiatrists’ and general practitioners’ (GPs) perceptions of the benefits and challenges of VC for the diagnosis and follow-up of general adult mental health patients in the community during the COVID-19 pandemic. Semi-structured interviews in NHS community mental healthcare settings were conducted. Psychiatrists (n = 11) and GPs (n = 12) were recruited through purposive sampling. An explorative qualitative approach was employed. Data were analysed using thematic analysis. Four key themes were identified: (1) patient access to VC, (2) suitability of VC for mental health consultations, (3) information gathering with VC and (4) clinician satisfaction with VC. This study provides valuable insights into the experiences of psychiatrists and GPs working in the UK during the COVID-19 pandemic. To facilitate a digital-first future for the NHS, greater investment in remote technologies is required, particularly in the context of growing mental healthcare demand. Though face-to-face consultations remain the gold standard, VC provides an efficient way of communicating with patients, particularly those with less severe forms of mental illness.

Introduction: Ruthenium-106 (Ru-106) brachytherapy is one of the commonest eye-sparing treatments for choroidal melanoma. These patients require long-term surveillance of the treated tumour remnant to ensure there is no local recurrence. New or progressive pigmented lesions in treated eyes are often regarded as suspicious – especially if there are concerns of extra-scleral extension. Case Presentations: We present two cases of posterior choroidal melanoma treated five and 10 years previously with Ru-106. Both cases developed subconjunctival dark/black lesions on the anterior surface of the eye in the quadrant of the conjunctival peritomy during Ru-106 treatment. Both had similar findings on histopathology: black, non-organic, particulate foreign material of varying confluence deposited on elastin and collagen fibres. Energy dispersive X-ray microanalysis confirmed the material contained silver. Discussion: The Ru-106 applicator consists of a radioactive core of Ru-106 encapsulated within pure silver as a radiation shield. During surgical insertion, stainless steel suture needles and forceps can occasionally scratch the applicator’s silver eyelets and scatter microscopic particles of elemental silver into the operative field. These particles were likely deposited within the subconjunctival tissues of these patients during brachytherapy administration, leading to localised ocular argyrosis. Iatrogenic ocular argyrosis should be considered in the differential diagnosis of new pigmented lesions in patients treated with Ru-106 brachytherapy. This study is the first to unequivocally identify the cause of some post-brachytherapy ocular surface pigmentation as caused by silver.

Einleitung: Die Brachytherapie mit Ruthenium-106 (Ru-106) ist eine der am weitesten verbreiteten augenschonenden Behandlungsmethoden des Aderhautmelanoms. Diese Patienten benötigen eine langfristige Überwachung des behandelten Tumorrestes, um sicherzustellen, dass es nicht zu einem lokalen Rezidiv kommt. Neue oder fortschreitende pigmentierte Läsionen in behandelten Augen werden oft als verdächtig angesehen, insbesondere wenn eine extrasklerale Ausbreitung befürchtet wird. Fallvorstellungen: Wir stellen 2 Fälle von posteriorem Aderhautmelanom vor, die 5 bzw. 10 Jahre zuvor mit Ru-106 behandelt worden waren. In beiden Fällen entwickelten sich dunkle/schwarze subkonjunktivale Läsionen auf der vorderen Augenoberfläche im Quadranten der Bindehautperitomie während der Behandlung mit Ru-106. Beide wiesen ähnliche histopathologische Befunde auf: schwarzes, anorganisches, partikuläres Fremdmaterial unterschiedlicher Konfluenz, das sich auf Elastin- und Kollagenfasern ablagerte. Die energiedispersive Röntgenmikroanalyse bestätigte das Vorhandensein von Silber im Material.