Unexpected Worlds with Steve Gschmeissner
Steve Gschmeissner - Bacteria found on mobile phone, SEM

Unexpected Worlds with Steve Gschmeissner

Steve Gschmeissner is one of the world’s leading scanning electron microscopists. Meet a highly skilled professional using a wonderfully realistic microscopic technique.

Dividing prostate cancer cell, coloured scanning electron micrograph (SEM). Such cells can clump to form tumours, which often invade and destroy surrounding tissues. The prostate is a small gland found in men just below the bladder, surrounding the urethra, the tube urine passes through. Prostate cancer is most prevalent in men over 50 years of age. Treatment is with hormone therapy, chemotherapy, or surgical removal of the prostate. Magnification: x1000 when printed at 10 centimetres across.
Steve Gschmeissner - Dividing prostate cancer cell, SEM

Steve has a passion for capturing the beauty of hidden worlds through his microscope. From a very young age, he had a love of natural history, which led him to pursue a degree in zoology.


Caption T-cells and brain cancer cell. Composite coloured scanning electron micrograph (SEM) of T-cells and an apoptotic brain cancer cell. T-cells are a component of the body's immune system. CAR T-cell therapy takes T-cells from a cancer patient's blood and modifies them to recognize a specific protein found on patient's tumor cells. When reintroduced to the patient the T-cells find and destroy the tumour cells. The newest form of CAR T-cell therapy, now in clinical trials, uses 'memory'? T-cells which remain in the body after attacking the cancer. The hope is that memory T-cells may provide an active reservoir of cancer-killing cells capable of stopping further tumours. Magnification: x6000 at 10cm wide.
Steve Gschmeissner - CAR T-cell therapy, SEM

His first job in the anatomy department of the Royal College of Surgeons gave him a great introduction to all forms of microscopy. He later honed his skills in the Electron Microscopy department at Cancer Research UK. An ordinary meeting with SPL was the beginning of an extraordinary career. The perfect blend of Steve’s talent and SPL’s experience resulted in a stunning body of work used globally and in new and imaginative ways.?

Steve’s images are created using a scanning electron microscope (SEM), which uses an electron beam to scan the surface of a specimen. Electrons are emitted and reflected from the surface and gathered by a detector to build a spectacular black-and-white image. Colour is added digitally, greatly enhancing the value of the image and making it infinitely more attractive to both editorial and commercial clients.

The distinction between science and art is not that important to Steve, what is important is that he still finds great joy and pleasure in creating new work.

Learn more about Steve Gschmeissner and his work on our website.

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