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Cytotoxic Collection

Caption: In this captivating image series, we delve into the world of cytotoxicity, a phenomenon that holds immense potential in the fight against cancer

Background imageCytotoxic Collection: T lymphocytes and cancer cell, SEM C001 / 1679

T lymphocytes and cancer cell, SEM C001 / 1679
T lymphocytes and cancer cell. Coloured scanning electron micrograph (SEM) of T lymphocyte cells (green) attached to a cancer cell

Background imageCytotoxic Collection: Angostura tree, Angostura trifoliata

Angostura tree, Angostura trifoliata
5855120 Angostura tree, Angostura trifoliata; (add.info.: Angostura tree, Angostura trifoliata. Handcoloured botanical illustration drawn by G)

Background imageCytotoxic Collection: Picture No. 10761368

Picture No. 10761368
Puff Adder - Its venom is cytotoxic and fatal in humans (Bitis arietans) Date:

Background imageCytotoxic Collection: Picture No. 10761366

Picture No. 10761366
Puff Adder - Its venom is cytotoxic and fatal in humans (Bitis arietans) Date:

Background imageCytotoxic Collection: Picture No. 10761365

Picture No. 10761365
Puff Adder - Its venom is cytotoxic and fatal in humans (Bitis arietans) Date:

Background imageCytotoxic Collection: Methylisothiazolinone preservative C016 / 8098

Methylisothiazolinone preservative C016 / 8098
Methylisothiazolinone preservative molecule. Computer artwork showing the structure of a molecule of the biocide and preservative chemical methylisothiazolinone (MIT)

Background imageCytotoxic Collection: Methylisothiazolinone preservative C016 / 8097

Methylisothiazolinone preservative C016 / 8097
Methylisothiazolinone preservative molecule. Computer artwork showing the structure of a molecule of the biocide and preservative chemical methylisothiazolinone (MIT)

Background imageCytotoxic Collection: Methylisothiazolinone preservative C016 / 8096

Methylisothiazolinone preservative C016 / 8096
Methylisothiazolinone preservative molecule. Computer artwork showing the structure of a molecule of the biocide and preservative chemical methylisothiazolinone (MIT)

Background imageCytotoxic Collection: Methylisothiazolinone preservative C016 / 8095

Methylisothiazolinone preservative C016 / 8095
Methylisothiazolinone preservative molecule. Computer artwork showing the structure of a molecule of the biocide and preservative chemical methylisothiazolinone (MIT)

Background imageCytotoxic Collection: Cisplatin drug molecule

Cisplatin drug molecule. Computer artwork showing the structure of a molecule of the chemotherapy drug Cisplatin. This drug is used to treat a number of cancers, including sarcomas

Background imageCytotoxic Collection: T lymphocytes and cancer cells, SEM

T lymphocytes and cancer cells, SEM
T lymphocytes and cancer cells. Coloured scanning electron micrograph (SEM) of T lymphocyte cells (purple) attached to cancer cells

Background imageCytotoxic Collection: Pore forming bacterial toxin

Pore forming bacterial toxin. Computer model showing the molecular structure of the bacterial toxin pneumolysin. Pneumolysin is a pore forming toxin (PFT)

Background imageCytotoxic Collection: Puff Adder - Its venom is cytotoxic and fatal in humans - Living Desert Snake Park - Swakopmund

Puff Adder - Its venom is cytotoxic and fatal in humans - Living Desert Snake Park - Swakopmund - Namibia
TD-2222 Puff Adder - Its venom is cytotoxic and fatal in humans Living Desert Snake Park - Swakopmund - Namibia Bitis arietans Thomas Dressler Please note that prints are for personal display


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Caption: In this captivating image series, we delve into the world of cytotoxicity, a phenomenon that holds immense potential in the fight against cancer. The images showcase the intricate interplay between T lymphocytes and cancer cells, revealing the battle at a microscopic level. Picture No. 10761368 presents an awe-inspiring view of T lymphocytes (also known as T cells) engaging with cancer cells. These specialized white blood cells play a crucial role in our immune system's defense against malignancies. Their ability to recognize and eliminate abnormal or infected cells is vital for maintaining overall health. SEM C001 / 1679 provides us with a closer look at this dynamic interaction. The high-resolution scanning electron microscope image reveals the distinct morphology of both T lymphocytes and cancer cells, highlighting their contrasting features and emphasizing their opposing roles in tumorigenesis. Further exploration leads us to Picture No. 10761366, where we encounter cisplatin drug molecules – potent chemotherapeutic agents widely used in treating various cancers. These compounds disrupt DNA replication within rapidly dividing cancerous cells, impeding their growth and ultimately leading to cell death. The significance of cisplatin becomes even more apparent when observing its molecular structure depicted again in subsequent images (Cisplatin drug molecule). Its complex arrangement underscores its effectiveness as an anticancer agent while also reminding us of ongoing research aimed at enhancing its therapeutic properties. Amidst these scientific revelations lies another intriguing aspect - Methylisothiazolinone preservative C016 / 8098, showcased through multiple images (Methylisothiazolinone preservative C016 / 8097-8095). This compound finds application not only as a preservative but also exhibits cytotoxic effects on certain types of human skin cells when used improperly or excessively.