Digital hologram imaging device including acoustic module
AssigneesYildiz Teknik Universitesi, Dokuz Eylul Universitesi Rektorlugu Strateji Gelistirme Daire Baskanligi, Marmara Universitesi Strateji Gelis. Dai. Bsk. Muhasebe Birimi, Gebze Teknik Universitesi
InventorsHuseyin UVET, Yasemin BASBINAR, Gokhan Bora ESMER, Muhammed Enes ORUC
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Abstract
A Quantitative Phase Imaging system uses acoustic pressure waves and has capability to measure the nano-mechanical disturbances formed on the cell. By means of the obtained images, cell hardness can be measured and the pato-physiologic features of the cancer cells shall be characterized. By means of this method where mechanical interaction is not directly used, it is aimed to display the characteristic vibration rings formed by the acoustic vibration rings on the cancer sample.
Claims8
A digital hologram imaging device, comprising:
- a body,
- a sample plane, wherein a sample positioned on the body is placed on the sample plane,
- an objective,
- a positioner,
- a digital camera, wherein obtained refraction patterns are recorded in the digital camera,
- an acoustic module positioned at a top part of the body, wherein the acoustic module has elements configured to produce and carry acoustic signals, wherein the acoustic signals lead to controlled disturbances in a structure of the sample where measurement are realized;
- a laser module positioned at a lower part of the body and where rays with specific frequency values are obtained and guided;
- a measurement module where the recorded refraction patterns are transferred from the digital camera and where quantitative values are obtained.
Dependencies are inferred from the claim text.