Jun 2010;56(6):531-5
Quick and Easy: With a streamlined protocol, you can obtain results rapidly, saving time and resources in the laboratory
Introduction Breast cancer ranks as the most commonly diagnosed malignancy and the leading cause of cancer-related deaths among women worldwide ( Hepatitis B virus (HBV) is a major global health concern that causes chronic infections ( To date, there have been no reports of HBVr associated with dalpiciclib treatment
The practical result is improved communication between brain regions, which translates into better memory encoding, faster recall, sharper focus, and enhanced ability to learn and process new information
Correlation between promoter hypermethylation of GSTP1 and response to chemotherapy in diffuse large B cell lymphoma
Cell types and study topic Breast carcinoma cells Iso-acoustic focusing for phenotyping [29] Radiometric assays [50] Viability of cells in alginate particles [13] Bronchial epithelial cells Confocal light absorption and scattering spectroscopic (CLASS) microscopy [14] Cancer cell lines, distinction of SERS-microfluidic droplet platform [58] CHO cells Microfluidic cytometry [15, 48] Embryonic spinal cord cells Ribosome reduction [57] Embryonic stem cells Gene expression in single cells [16] Erythrocytes Acoustic cell manipulation [38] Blood viscosity changes in response to exercise [17] Channel flow profiling [9] Cholesterol [53] Density matching [39] Highly mono-dispersed microdroplet production [35] Lysis kinetics [7] Nitric oxide scavenging by haemoglobin [6, 8] Phase separation in micro-channel networks [31] Plasma membrane cholesterol [52] Shape and mechanical properties of erythrocytes [18] Escherishia coli Genetically encoded synthesis of nanomaterials [32] Fibroblasts Hydrogel encapsulation [12] Francisella tularensis Cell sorting [10] HeLa cells Cell heterogeneity in metal ion responses [4] Fluorescence-activated microfluidic devices for cell identification and sorting [3, 19, 20, 21] Microfluidic cytometry [45, 49] Hepatocarcinoma cells Microfluidic cytometry [15] Hepatocytes Microfluidic cytometry [42] HL60 cells Differential detection photothermal spectroscopy: label-free detection [37] Human stem cells Pancreatic -cell transformation [52] Industrial effluent analysis Membrane bioreactors [22] Jurkat cells Microfluidic cytometry [15, 43, 46] Microfluidic devices for cell identification and sorting [2] Leukocytes (human) Acoustic cell manipulation [38] Continuous concentration of cells [23] Density matching [39] Microfluidic devices for cell identification and sorting
