Figure 2A and 2B show a subtle demarcation line (arrows) where the leading edge of retinal vascularisation had been at the time treatment. More peripherally there is a zone of pale avascular retina awaiting vascularisation. Figure 1B shows predominantly stage 2 zone III ROP. Figure 1A demonstrates stage 1 zone III ROP. Our images (57 weeks CGA and 20 weeks after treatment) show mild ROP in both eyes ( figures 1 and 2). 3 The retina progressively vascularised without developing further ‘threshold’ ROP. 3 Optomap uses scanning lasers to create ultra-wide field retinal images as far as the ora serrata (essential for ROP screening) without ocular contact. This has become widely available (>2500 systems installed worldwide) largely in adult private practice eye-care settings. We monitored subsequent progress of retinal vascularisation by conventional binocular indirect ophthalmoscopy and non-contact scanning laser fundus imaging (Optomap Panoramic 200 camera). Components permit two types of dragging: automatic and manual. Well create a program that will allow moving a TImage control runtime using the drag and drop technique. Use Object Inspector to load a picture (Picture property) and then set the DragMode property to dmManual. Our patient received single ‘off-label’ ranibizumab injection to each eye under topical anaesthesia. Start up a new project and put one image control on a form. Intravitreal antivascular endothelial growth factor drugs (VEGF) 1, 2 are emerging as effective treatment for proliferative retinopathies in adults and aggressive ROP in neonates. Severe bronchopulmonary dysplasia meant she was unfit for general anaesthesia necessary for a conventional destructive laser treatment (the current standard of care). A 25 weeks gestation (870 g) baby developed ‘threshold’ retinopathy of prematurity (ROP) at 37 weeks corrected gestational age (CGA) requiring treatment to prevent blindness.