Our legal practice is distinguished by our ability to work in
the most sophisticated and technologically intensive areas of science and
engineering. We do our homework, and we do it thoroughly. We do not need to
learn at the client's expense.
Areas of expertise include:
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- genomics including mathematical and computational genomics
- proteomics including protein biochips
- synthetic genes and gene therapy
- transgenic biology and bio-engineering
- cloning technology
- molecular models
- biosensors and biomaterials
- biomimetic surfaces and molecules
- bioseparations

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- therapeutic compositions & drugs including antimicrobials
- drug treatments and targeted drug delivery processes
- diagnostics including in vitro diagnostics (IVD)
- therapeutic methods
- pharmacology
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- organic and inorganic chemistry
- agricultural chemistry
- food processing
- petroleum products and technologies
- industrial chemicals including adhesives, resins and plastics
- industrial chemical and extrusion processes
- superconductors

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- medical implantable and indwelling devices
- orthopedic
- cardiac
- endovascular
- drug delivery
- tissue-engineered
- medical instruments
- biomedical optics and imaging systems
- micro/nanoscale biosensors
- diagnostic devices including self-contained microfluidic devices
- microelectromechanical systems (MEMS) technology
- optics including linear and nonlinear optical microscopy

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- computer architecture
- computer hardware, software and peripherals
- microprocessors and integrated circuits
- semiconductors
- electrical and electronic devices
- memory devices
- artificial intelligence
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