2005 Publications

57. Boas, Gary. "Novel microarrays could help improve drug discovery." Biophotonics International Dec 2005: 18-20.

56. Boas, Gary. "Researchers use properties of light to enhance ophthalmoscope images."Biophotonics International Dec 2005: 20-21.

55. Boas, Gary. "Optical clearing adds depth to imaging." Biophotonics International Dec 2005: 28-29.

54. Boas, Gary. "Molecular Imaging Goes Deep."Biophotonics International Dec 2005: 38-41.

53. Boas, Gary. "Combining techniques allows detailed picture of retrovirus assembly."Biophotonics International Dec 2005: 52-54.

52. Boas, Gary. "Elastic light scattering spectroscopy may allow noninvasive cancer detection." Biophotonics International Nov 2005: 20+.

51. Boas, Gary. "Bioluminescence helps quantify stress levels."Biophotonics International Nov 2005: 54.

50. Boas, Gary. "Fluorescence measurements aid in modeling of cellular processes."Biophotonics International Nov 2005: 56-58.

49. Boas, Gary. "Fluorescence correlation spectroscopy technique adds quantitative details."Biophotonics International Nov 2005: 58-59.

48. Boas, Gary. "GFP-based probe improves calcium imaging."Biophotonics International Oct 2005: 26.

47. Boas, Gary. "Raman spectroscopy may enable minimally invasive breast cancer diagnosis." Biophotonics International Oct 2005: 26-27.

46. Boas, Gary. "Autofluorescence spectroscopy could improve liver transplants." Biophotonics International Oct 2005: 47-48.

45. Boas, Gary. "Sample preparation and DNA analysis on same platform." Biophotonics International Oct 2005: 53-54.

44. Boas, Gary. "Reflective slides enhance fluorescence emission in microarrays." Biophotonics International Sept 2005: 32.

43. Boas, Gary. "Spectroscopy monitors cellular activity." Biophotonics International Sept 2005: 54-55.

42. Boas, Gary. "Organic light-emitting diodes may help detect kidney damage." Biophotonics International Sept 2005: 58.

41. Boas, Gary. "Combining Raman spectroscopy with levitation enables monitoring of algae in the field." Biophotonics International Aug 2005: 17-18.

40. Boas, Gary. "Fluorescence-based system detects harmful bioaerosols with a puff of air."Biophotonics International Aug 2005: 18+.

39. Boas, Gary. "Analytical ultracentrifugation eases characterization of bioconjugated nanoparticles."Biophotonics International Aug 2005: 52-53.

38. Boas, Gary. " 'Inverted interface' method probes lung's inner surface tension."Biophotonics International Aug 2005: 58-59.

37. Boas, Gary. "Contrast agents improve CT imaging of the liver and vasculature." Biophotonics International Jul 2005: 16-17.

36. Boas, Gary. "Diagnosing and Treating Cancer with Magnetic Resonance Nanoprobes." Biophotonics International Jul 2005: 42-45.

35. Boas, Gary. "Tissue array imaging benefits from statistical pattern recognition."Biophotonics International Jul 2005: 47-49.

34. Boas, Gary. "InGaAs tapered diode lasers offer broadband emission." Biophotonics International Jul 2005: 52-53.

33. Boas, Gary. "White light adds color to imaging." Biophotonics International Jul 2005: 53-55.

32. Boas, Gary. "Two-photon excitation of native fluorescence with a microchip laser."Biophotonics International Jun 2005: 16-17.

31. Boas, Gary. "Visualizing mechanical stimulation of cells."Biophotonics International Jun 2005: 28-29.

30. Boas, Gary. "Microfluidic device bolsters Raman spectroscopy of optically trapped cells."Biophotonics International Jun 2005: 46-47.

29. Boas, Gary. "Waveguide enables study of single-molecule dynamics."Biophotonics International Jun 2005: 52+.

28. Boas, Gary. "Delayed luminescence may make optical biopsy a reality."Biophotonics International Jun 2005: 56-57.

27. Boas, Gary. "Laryngoscope and pulsed dye laser aid throat reconstruction."Biophotonics International May 2005: 16-17.

26. Boas, Gary. "Laryngoscope may minimize complications during intubations." Biophotonics International May 2005: 20.

25. Boas, Gary. "Digging up the past with atomic force microscopy."Biophotonics International May 2005: 24-26.

24. Boas, Gary. "Optical trapping and Raman spectroscopy examine single cells."Biophotonics International May 2005: 53-54.

23. Boas, Gary. "Ultrafast lasd ablation facilitates microfabrication of scaffolds."Biophotonics International May 2005: 54-55+.

22. Boas, Gary. "Contrast found for gold particles." Biophotonics International Apr 2005: 22.

21. Boas, Gary. "Dual-color analysis improves fluorescence spectroscopy."Biophotonics International Apr 2005: 56-58.

20. Boas, Gary. "Surface plasmon resonance nanosensors help identify biomarkers for Alzheimer's disease."Biophotonics International Apr 2005: 60-61.

19. Boas, Gary. "Optical coherence tomography technique improves imaging speed." Biophotonics International Apr 2005: 61-63.

18. Boas, Gary. "Confocal combined with AFM to study force-induced structural changes."Biophotonics International Mar 2005: 17-18.

17. Boas, Gary. "Photoacoustic imaging monitors tumor model."Biophotonics International Mar 2005: 49-51.

16. Boas, Gary. "Fluorescence microscopy method helps develop model."Biophotonics International Mar 2005.

15. Boas, Gary. "Carbon nanotubes serve as near-infrared optical sensors."Biophotonics International Mar 2005.

14. Boas, Gary. "New technique improves protein separation." Biophotonics International Feb 2005: 20-21.

13. Boas, Gary. "Atomic force microscopy performed on a single chip." Biophotonics International Feb 2005: 22.

12. Boas, Gary. "Split GFP tags proteins." Biophotonics International Feb 2005: 23.

11. Boas, Gary. "Resonance Raman microscopy is used to study immune disease."Biophotonics International Feb 2005: 25-26.

10. Boas, Gary. "Fixative aids interpreation of expression profiles." Biophotonics International Feb 2005: 32.

9. Boas, Gary. "Fluorescence correlation microscopy technique allows study of microsecond dynamics." Biophotonics International Feb 2005: 54-56.

8. Boas, Gary. "Fluorescent probes measure magnesium-ion concentration." Biophotonics International Feb 2005: 58-59.

7. Boas, Gary. "Single-Chip Microscopy Cuts Atomic Force Microscopy Down to Size." Photonics Spectra Feb 2004: 107-108.

6. Boas, Gary. "Holography bolsters image processing in mammography."Biophotonics International Jan 2005: 28-30.

5. Boas, Gary. "Oblique incident reflection offers alternative to live-cell imaging."Biophotonics International Jan 2005: 53-54.

4. Boas, Gary. "Nanocavity in a silicon waveguide affords sensitive nanoparticle detection."Biophotonics International Jan 2005: 55-56.

3. Boas, Gary. "Novel probe allows high-resolution imaging of single fluorescent molecules."Biophotonics International Jan 2005: 56-58.

2. Boas, Gary. "Fiber-based cell array sifts through genetic noise."Biophotonics International Jan 2005: 60-61.

1. Boas Gary. "Controlled Switching of GFP Suggests Applications in Optical Data Storage." Photonics Spectra Jan 2005.