Jul 5, 2023 · Captivating microscopic images showcase the intricate structures of drugs, from the crystalline patterns of MDMA to the colorful spectacle of LSD. In 2018, more than 53 million people in the...

In his series Microphrah Stories, Mikkers delves into the microscopic level of everything from aspirin to LSD or DMT to take colorful and telling photographs. His first big success came with diclofenac (used to treat everything from migraines to menstrual cramps to arthritis pain).

Jul 20, 2015 · When you drink your morning coffee or afternoon soda, you don't think twice. But a new photo series by Dutch lab-worker-turned-photographer Maurice Mikkers will have you seeing caffeine--along with other birth-control pills, LSD, and other legal and illicit drugs --in a whole new light. The photos are part of a series called Micrograph Stories.

May 21, 2015 · ⿻ 100 % crop ∢ DMT — C12H16N2 ⋇ A psychedelic compound of the tryptamine family. It is a structural analog of serotonin and melatonin and a functional analog of other psychedelic tryptamines.

Nov 24, 2015 · Have You Ever Wondered What Ecstasy Looks Like Under a Microscope? It’s true that drugs have a huge amount of cultural meaning, becoming associated with different scenes, sounds, or eras. In the...

The DMT Microscope is a standard inverted microscope with a built-in digital CCD USB camera. The DMT Microscope is very effective and recommended in setups requiring standard image analysis.

The DMT microscope is an invert microscope equipped with a Zeiss Achromat 10X / 0.25 objective and build-in digital USB CCD camera. The objective is adjustable in all X Y Z directions using the three micro positioners on the front as illustrated in figure

The DMT microscope is an invert microscope equipped with a Zeiss Achromat 10X / 0.25 objective and build-in digital USB CCD camera. The objective is adjustable in all X Y Z directions using the three micro positioners on the front as illustrated in Fig. 4.5.

Sep 29, 2023 · A way to overcome this limit by science has been the invention of using electrons in order to deliver structural information. The wavelength of electrons in an scanning electron microscope can be 0,1 nm which is 1.000 x times more than a light microscope can have.

DMT Inverted Microscope Purpose-built Inverted Microscope designed for DMT Pressure Myograph Systems Infra-red LED illumination, built-in camera, built-in optics Intuitive control and easy-to-use