Microscope device
View Patent ↗The invention is directed to a microscope device comprising a microscope objective ( 1 ); one or more light sources; at least 3 dichroic beam sputters ( 50, 51, 56 ) and at least 2 cameras ( 109, 117 ) characterized in that the light generated by the light source interacts with the sample ( 3 ) thereby producing a sample beam ( 6 ), wherein—sample beam ( 6 ) is divided with a first dichroic beam splitter ( 50 ) into beam (K) and beam (L) wherein beam (K) and beam (L) have different spectral ranges of light and wherein—beam (K) is divided with a second dichroic beam splitter ( 51 ) into a first beam (A) having a first spectral range of light and a second beam (B) having a second spectral range of light and wherein first beam (A) is guided via reflection element ( 54 ) on the detector of the first camera ( 109 ) and wherein second beam (B) is guided via reflection elements ( 52 ) and ( 53 ) on the detector of the first camera ( 109 ) and wherein—beam (L) is divided with a third dichroic beam splitter ( 56 ) into a third beam (C) having a third spectral range of light and a fourth beam (D) having a fourth spectral range of light and wherein third beam (C) is guided via reflection element ( 58 ) and ( 59 ) on the detector of the second camera ( 117 ) and wherein the fourth beam (D) is guided via reflection element ( 57 ) on the detector of the second camera ( 117 ). Use of the microscope to obtain sequencing information.
1 . A microscope device comprising:
a microscope objective ( 1 ); one or more light sources; at least 3 dichroic beam splitters ( 50 , 51 , 56 ) and at least 2 cameras ( 109 , 117 ) characterized in that the light generated by the light source interacts with the sample ( 3 ) thereby producing a sample beam ( 6 ), wherein
sample beam ( 6 ) is divided with a first dichroic beam splitter ( 50 ) into beam (K) and beam (L) wherein beam (K) and beam (L) have different spectral ranges of light and wherein
beam (K) is divided with a second dichroic beam splitter ( 51 ) into a first beam (A) having a first spectral range of light and a second beam (B) having a second spectral range of light and wherein first beam (A) is guided via reflection element ( 54 ) on the detector of the first camera ( 109 ) and wherein second beam (B) is guided via reflection elements ( 52 ) and ( 53 ) on the detector of the first camera ( 109 ) and wherein
beam (L) is divided with a third dichroic beam splitter ( 56 ) into a third beam (C) having a third spectral range of light and a fourth beam (D) having a fourth spectral range of light and wherein third beam (C) is guided via reflection element ( 58 ) and ( 59 ) on the detector of the second camera ( 117 ) and wherein the fourth beam (D) is guided via reflection element ( 57 ) on the detector of the second camera ( 117 ).
2 . The microscope device according to claim 1 characterized in that the tilt angles of first, second and third dichroic beam splitter ( 50 , 51 , 56 ) with the respective beams are independently between +45° and −45°.
3 . The microscope device according to claim 1 characterized in that reflection element ( 54 ) is provided with a filter layer having the same optical properties as first dichroic beam splitter ( 50 ).
4 . The microscope device according to claim 1 characterized in that reflection element ( 58 ) and/or ( 59 ) is provided with a filter layer having the same optical properties as third dichroic beam splitter ( 56 ).
5 . The microscope device according to claim 1 characterized in that reflection element ( 52 ) and/or reflection element ( 53 ) is provided with a filter layer having the same optical properties as first dichroic beam splitter ( 50 ).
6 . The microscope device according to claim 1 characterized in that reflection element ( 52 ) and/or reflection element ( 53 ) is provided with a filter layer having the same optical properties as second dichroic beam splitter ( 51 ).
7 . The microscope device according to claim 1 characterized in that the light source provides light having a spectral range of 300 to 1750 nm.
8 . The microscope device according to claim 1 characterized in providing at least one focusing element ( 2 ) into the beam-path of the sample beam ( 6 ).
9 . The microscope device according to claim 8 characterized in that the focusing element ( 2 ) comprises at least one lens or at least one objective or a combination thereof.
10 . The microscope device according to claim 1 characterized in providing one or more optical element ( 21 , 22 , 23 , 24 ) into the beam-path of first, second, third and/or fourth beam A, B, C, D.
11 . The microscope device according to claim 10 characterized in that the optical elements are capable of being inserted and removed from the beam-paths.
12 . The microscope device according to claim 1 characterized in that the sample beam ( 6 ) comprises fluorescence or phosphorenscence radiation or transmitted light or reflected light originating from the sample ( 3 ).
13 . The microscope device according to claim 1 characterized in that the first and second beam and/or the third and fourth beam originate from different positions on the sample ( 3 ); wherein the beams of the different positions are brought in alignment by moving the sample ( 3 ) relative to the cameras.
14 . A use of the Microscope device according to claim 1 in a sequencing-by-synthesis process.
15 . The use of the Microscope device according to claim 14 in a sequencing-by-synthesis process to obtain DNA or RNA sequence information of a biological sample.
16 . The use of the microscope device according to claim 14 characterized in that the sequencing-by-synthesis process is performed by hybridization of nucleotides provided with different dyes to the DNA or RNA of the biological sample and wherein the dyes emit light upon excitation by the one or more light sources in the spectral ranges A, B, C and D or a combination thereof.