Anatomy ;Ocular physiology ;Biochemistry and genetics ;Pathology ;Microbiology ;Immunology ;Growth and senescence ;Optics ;Therapeutics ;Lasers and instrument technology ;Basic biostatistical and epidemiological termsPart of the Oxford Specialty Training series, Basic Sciences for Ophthalmology is an indispensable and fully comprehensive textbook, and the only book candidates will need to pass the FRCOphth Part 1 exam. Directly linked to the Royal College's exam, presented in a full colour, highly illustrated, and easy-to-read format, making the basic science behind ophthalmology more approachable and accessible to improve understanding. Offering full coverage of the Royal College curriculum, the book includes information on anatomy, physiology, biochemistry, and optics. Useful as a resource for the basic sciences in ophthalmology, the book will be also of interest to senior trainees, consultants, optometrists, orthoptists, and basic scientists, as well as those taking the FRCOphth exams. |
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accommodation acid activity acuity angle anteriorly antigen apoptosis aqueous humour axis basal binding bipolar cells blood bone capsule cause choroid chromosomes ciliary arteries ciliary body citric acid cycle Clinical collagen cone conjunctiva corneal cortex cycle cytokines cytoplasm dioptres disease drug effect endophthalmitis endothelial cells endothelium enzymes epithelial cells epithelium extracellular eyelid factor function ganglion cells gene glucose glycolysis immune increased infection inferior inflammation inner iris lacrimal gland laser lateral layer lens fibres lenses light limbus Louise Bye macrophages macular medial membrane metabolism molecules muscle normal nucleus occurs ocular ophthalmic optic nerve orbital outer pathogen pathway patients permission from Louise permission from Oxford photoreceptor pigment plasma posterior prism produce protein pupil receptors rectus refractive response result retina rhodopsin sclera sinus stroma structure superior surface synapse tion tissue tumour vascular vessels viral visual vitreous wavelength