Miroculus Inc.

Laboratory instruments for analyzing small fluid volumes, namely, electronic sensors for measuring fluid volumes moving through a microchannel; laboratory instruments for generating drops of fluids using digital microfluidics or electrowetting technology and laboratory instruments for transferring solids and liquids, including biological materials, from one location to another using digital microfluidics or electrowetting technology, namely, electronic pressure controllers for microfluidic chips; digital microfluid and electrowetting laboratory instruments, namely, microplates, microtubes, and microreservoirs; computer software, downloadable, for operating the aforementioned digital microfluidics or electrowetting technology instruments; laboratory instruments for use with automated liquid, analyte, reagent handling for genetic or genomic analysis, chemical synthesis, synthetic biology, and cell biology, namely, laboratory automation equipment being automated liquid handlers

Laboratory instruments for analyzing small fluid volumes, namely, electronic sensors for measuring fluid volumes moving through a microchannel; laboratory instruments for generating drops of fluids using digital microfluidics or electrowetting technology and laboratory instruments for transferring solids and liquids, including biological materials, from one location to another using digital microfluidics or electrowetting technology, namely, electronic pressure controllers for microfluidic chips; digital microfluid and electrowetting laboratory instruments, namely, microplates, microtubes, and microreservoirs; computer software, downloadable, for operating the aforementioned digital microfluidics or electrowetting technology instruments; laboratory instruments for use with automated liquid, analyte, reagent handling for genetic or genomic analysis, chemical synthesis, synthetic biology, and cell biology, namely, laboratory automation equipment being automated liquid handlers

Laboratory instruments for analyzing small fluid volumes, namely, electronic sensors for measuring fluid volumes moving through a microchannel; laboratory instruments for generating drops of fluids using digital microfluidics or electrowetting technology and laboratory instruments for transferring solids and liquids, including biological materials, from one location to another using digital microfluidics or electrowetting technology, namely, electronic pressure controllers for microfluidic chips; digital microfluid and electrowetting laboratory instruments, namely, microplates, microtubes, and microreservoirs; computer software, downloadable, for operating the aforementioned digital microfluidics or electrowetting technology instruments; laboratory instruments for use with automated liquid, analyte, reagent handling for genetic or genomic analysis, chemical synthesis, synthetic biology, and cell biology, namely, laboratory automation equipment being automated liquid handlers

Class 009: Laboratory instruments for analyzing small fluid volumes, namely, electronic sensors for measuring fluid volumes moving through a microchannel; laboratory instruments for generating drops of fluids using digital microfluidics or electrowetting technology and laboratory instruments for transferring solids and liquids, including biological materials, from one location to another using digital microfluidics or electrowetting technology, namely, electronic pressure controllers for microfluidic chips; digital microfluid and electrowetting laboratory instruments, namely, microplates, microtubes, and microreservoirs; computer software, downloadable, for operating the aforementioned digital microfluidics or electrowetting technology instruments; laboratory instruments for use with automated liquid, analyte, reagent handling for genetic or genomic analysis, chemical synthesis, synthetic biology, and cell biology, namely, laboratory automation equipment being automated liquid handlers

electronic laboratory equipment, namely, instruments for scientific research in laboratories, namely, instruments for analyzing fluid properties using digital microfluidics or electrowetting technology, instruments for analyzing small fluid volumes; instruments for generating drops of fluids using digital microfluidics or electrowetting technology, instruments for transferring solids and liquids, including biological materials, from one location to another using digital microfluidics or electrowetting technology, and microplates, microtubes, and reservoirs for use with digital microfluidics or electrowetting technology instruments; computer software programs for operating the aforementioned digital microfluidics or electrowetting technology instrument