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Produced by the MRC Biophysics Research Unit/Department of Biophysics, King's College London.

King's College London Department of Biophysics

KCL Department of Biophysics: glass and acetate slides ('quarter plates', 'whole plates' and 'half plates') relating to the work of the Medical Research Council (MRC) Biophysics Research Unit (KCL Department of Biophysics from 1964)

KCL Department of Biophysics: half plate series: glass 4 1/2” x 6 1/2” (12 x 16 cm) slides of images relating to research conducted in the Biophysics Unit and subsequently Department of Biophysics

Photograph referenced as 'new object stage for Siemens microscope'

Photograph referenced as 'flap value for Siemens microscope'

Photograph referenced as 'conical plastometer'

Microscope images referenced as 'chick fibroblasts in mitosis plate I'

Microscope images referenced as 'chick fibroblasts in mitosis plate 2'

Photograph referenced as 'Photoelectric attachment to the Hilger medium quartz spectragraph exterior view.'

Photograph referenced as 'Photoelectric attachment to the Hilger Medium Quartz spectragraph interior view.'

Photograph referenced as 'low angle X-ray camera'

Photograph referenced as 'Complete low angle X-ray camera'

Diagram referenced as 'Graticule. See Q637'

Photograph referenced as 'MoV microscope C-A. Asey.'

Photograph referenced as 'Microdensitometer base (old)'

Photograph referenced as 'Prism, step disc in apparatus.'

Photograph referenced as 'Microdensitometer G.A. Old'

Photograph referenced as 'U.V. [ultraviolet] microscope alone. Full front.'

Photograph referenced as 'U.V. microscope alone. Half front.'

Diagram referenced as 'Bernal chart. Flat film. Specimen film distance 10 ans'

Diagram referenced as 'Bernal chart. Cylindrical film/ Radius 3cm.'

Photograph referenced as 'Original and low type reflecting objections'

Photograph referenced as 'Reflecting microscope and stand.'

Group photograph referenced as 'Theoretical Physics Department (Brochure 1952)'

Photograph referenced as 'Electrophoresis laboratory for the study of protein solutions'

Photograph of exterior building referenced as 'West elevation of new Physics lab. From North. Under construction. (Brochure).'

Photograph referenced as 'Microtone for ultra-thin-sections.'

Photograph referenced as 'Atmospheric recording time base unit.'

Photograph referenced as 'Atmospheric recording drum camera unit'

Photograph referenced as 'X-ray micro camera. Taken for H Huxley'

Photograph referenced as 'Phase camera. Complete'

Photograph referenced as 'Phase camera showing film winding.'

Photograph referenced as 'Phase camera during mechanism.'

Photograph referenced as 'Tilting micro-camera and stand. Complete assembly.'

Schematic diagram referenced as 'Viewing eye pieces for photometers.'

Printed diagram referenced as 'Swann and Mitchison. Microdensitometer'

Photograph referenced as 'Potassium Bromide Press'

Photograph referenced as 'Physics department (Slide in miscellaneous base. Modernized workshop.'

Photograph referenced as 'B ray spectrometer (Slides in miscellaneous base)'

Photograph referenced as 'B ray spectrometer (control panel)'

Photograph referenced as 'Strand for N.A. [North American] Phillips Micro-camera'

X-ray diffraction exposure referenced as 'Human DNA M.A.P. p15. Film B (large camera)'

Diagram referenced as 'Bernal chart'

Graph referenced as 'Microdensitometer traces (1)'

Graph referenced as 'Microdensitometer traces (2)'

Graph referenced as 'Microdensitometer traces (3)'

Photograph referenced as 'Wedge assembly of old microdensitometer'

Photograph referenced as 'Light scattering apparatus general view'

Photograph referenced as 'Differential refractometer. Cell table.'

Photograph referenced as 'Light scattering apparatus. Interior.'

Photograph referenced as 'I.R. reflecting microscope. Double beam.'

Photograph referenced as 'I.R. [infrared reflection] reflecting microscope. Double beam.'

Photograph of a molecular model referenced as 'Two chain 4A° Model 1'

Images of graphs and diagrams referenced as 'Physical Techniques in Biology Figure 1'

Schematic diagrams for microscope based experiments referenced as 'Physical Techniques in Biology Figure 2'

Photograph of molecular model referenced as 'DNA 'B' Space filling model. X.R.81'

Photograph of molecular model referenced as 'Model of DNA 'A' Slide No. XR 77'

Photograph of molecular model referenced as 'Model of DNA 'B' Slide no X.R. 79'

Photograph of molecular model referenced as 'Model of DNA 'B' and Polyarginine complex. Slide No X.R. 78'

X-ray diffraction exposure referenced as 'Calf Thymus DNA Film 310 (D) (10 week exposure) X.R. 95'

Diagram of a Fourier Map referenced as '3 Dimensional Patterson S.D.N. 16 a-b sectional. Z = O to Z = e/2 showing P-P sectors of model. Front =8'

Photograph referenced as 'Model of Nucleo Protamine (Polyarginine)'

Diagram of molecular model referenced as 'DNA Structure 'B' (See Q1584)'

Diagram of molecular model referenced as 'Diagram of Poly-L-arginine'

Image referenced as 'Lipson masks'

Diagram of a molecular model of DNA referenced as 'Lipson masks'

Photograph referenced as 'EM [Electron Microscope] Metrovick Microscope fitted with stigmator unit'

Photograph referenced as "EM [Electron Microscope] Metrovick Microscope fitted with stigmator unit"

Photograph referenced as 'EM [Electron Microscope] Metrovicke Microscope fitted with stigmator unit'

Photograph of wire model referenced as 'DNA 'B' Model'

Photograph of a frequency diagram

Photograph of experimental apparatus

X-ray diffraction exposure referenced as 'Na DNA [sodium salt of DNA] at 75% R.H. [relative humidity] film 334'

X-ray diffraction exposure referenced as 'L82 Li DNA [lithium salt of DNA] 75% [relative humidity]'

Image of Maurice Wilkins referenced as 'reversed plates taken from 35mm film of the DNA television recording'

Image of laboratory equipment referenced as 'reversed plates taken from 35mm film of the DNA television recording'

X-ray diffraction exposure of B-type DNA referenced as 'F1019 Li B [Lithium salt of DNA]'

Photograph of a space-filled model of DNA referenced as 'DNA model'

X-ray diffraction exposure of B-type DNA referenced as 'Li DNA [lithium salt of DNA] B picture (large) X.R. 168'

X-ray diffraction exposure of B-type DNA referenced as 'Film 1717 good B slide No XR 176'

Fourier map referenced as 'BF 17 sections'

X-ray diffraction exposure referenced as 'α 18 Human erythrocytes'

Series of x-ray diffraction exposure referenced as 'α 11 + 35'

Series of x-ray diffraction exposures referenced as 'α 31, 33, 36'

X-ray diffraction exposure referenced as 'X-ray photograph 364. Duct-free'

Photograph referenced as 'Plaque in the entrace fall of new building in Drury Lane'

Photograph taken from the Biophysics Department in Drury Lane referenced as 'Common room new building'

Photograph taken from the Biophysics Department in Drury Lane referenced as 'Computer room'

Photograph taken from the Biophysics Department in Drury Lane referenced as 'Bio-chemistry room'

Photograph taken from the Biophysics Department in Drury Lane referenced as 'Workshop'

Photograph taken from the Biophysics Department in Drury Lane referenced as 'Entrance Hall'

Photograph taken from the Biophysics Department in Drury Lane referenced as 'Muscle group laboratory'

X-ray diffraction exposure referenced as 'X-ray film No.3159 α'

X-ray diffraction exposure referenced as 'Mr D Dover + 1/4Pl 8217'

X-ray diffraction exposure referenced as 'Pr. M Wilkins and R Garrett'

Series of molecular projections. Referenced as 'Dr Arnott'

Series of representations of bond arrangements. Referenced as 'Dr Arnott'

Sphere drawn on a grid referenced as 'Dr S Arnott'

Experimental grid template referenced as  'Dr S Arnott'

Autoradiographs by Worthington referenced as 'Prof M Wilkins'

Comparative x-ray diffraction patterns of different RNA samples originally referenced as 'Spencer et al paper Fig 1'

Comparative x-ray diffraction patterns of different RNA samples originally referenced as 'Spencer et al paper Fig 1'

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