High Power Binocular Microscope

All About High Power Binocular Microscope

High Power Binocular Microscope Resources

Home > High Power Binocular Microscope > [Clinical Trials] Retinal Vascular Caliber Changes after Intravitreal Triamcinolone Treatment for Diabetic Macular Edema

[Clinical Trials] Retinal Vascular Caliber Changes after Intravitreal Triamcinolone Treatment for Diabetic Macular Edema

Intravitreal injections of triamcinolone lead to a reduction in retinal arteriolar and venular diameter in patients with diabetic macular edema.

Click Here to read the entire article...

Other Articles:

•

	Click Here to read the entire article...

•	PicoQuant GmbH - Buyer's guide - optics.org
	Instrumentation for time-resolved fluorescence and single photon counting: picosecond/nanosecond pulsed and modulated diode lasers, fluorescence lifetime systems (confocal microscopes, spectrometers), LSM upgrade kits, PC modules for TCSPC
	Click Here to read the entire article...

•	Spin Torque and Magnetic Tunnel Junctions
	Robert Buhrman (Cornell)
	Click Here to read the entire article...

•	Bright idea illuminates LED standards
	(National Institute of Standards and Technology (NIST)) Researchers at NIST have proposed a new, economical method to allow LED and lighting manufacturers to obtain accurate, reproducible, and comparable measurements of LED brightness and color.
	Click Here to read the entire article...

•	Anesthesiology Leader to become Chief Medical Officer at Anesthetix Holdings LLC
	(Surgery News and Information) Anesthetix Management LLC wwwanesthetixcom a leading national provider of anesthesiology and pain management services announced today that Sonya Pease MD has been hired for the position of its Chief Medical OfficerDr Pease most recently served as Chairman of the Department of Anesthesiology at St Mary039s Medical Center a tertiarycare hospital in West Palm Beach FL She began her career there as a......
	Click Here to read the entire article...

•	Comparative Structural Study of Leaf Spot Disease of Safflower and Sugar Beet by Cercospora beticola
	Sugar beet and safflower are sometimes rotated or grown side by side in the Sidney, MT region of the Lower Yellowstone River Basin (LYRB). Cercospora beticola and C. carthami infect sugar beet (Beta vulgaris) and safflower (Carthamus tinctorius) respectively. C. beticola is ubiquitous in sugar beet, but C. carthami has not been reported in LYRB. Observations of unusual leaf spots on safflower in Sidney led to investigation and subsequent identification of safflower as a host of C. beticola. We describe a comparative structural study of progression of C. beticola infection and disease development in both sugar beet and safflower. The two crops were manually infected with two isolates of C. beticola (C2 and Sid1). Gradual development of the pathogen on the leaf surface and disease symptoms were investigated with scanning electron microscope operated at a variable pressure mode. Some specimens were sputter coated with gold to obtain higher resolution images. Lesions in sugar beet and safflower showed a substantial amount of hyphal mass. A number of stomatal apertures in lesion areas of both host plants and in splits in sugar beet lesions clearly showed protruding hyphae, indicating presence of internalized hyphae after establishment of infection. Substantial hyphal mass developed eventually and covered the lesions of both host plants. Assay of the symptoms by PCR provided evidence for C. beticola in the lesions, thus confirming it as the causal agent of the leaf spot of both sugar beet and safflower.
	Click Here to read the entire article...