Articles related to "Lysozyme"
Lysozyme
How Dr Alexander Fleming, in 1922, discovered the anti-bacterial properties of lysozyme, first in his own nasal mucus and subsequently in tears
lysozyme • alexander fleming • nasal mucus • tears • sir almroth wright
How Dr Alexander Fleming, in 1922, discovered the anti-bacterial properties of lysozyme, first in his own nasal mucus and subsequently in tears
lysozyme • alexander fleming • nasal mucus • tears • sir almroth wright
Sir Alexander Fleming - The Gift of Pencillin
Sir Alexander Fleming was one of many scientists whose work gave the world pencillin. In a serendipitous turn of events, the changing temperatures and a errant spore that landed in a culture dish produced a blue mold that filled the rest of the dish and created what Fleming described as a halo around the staphylococcus bacteria. Fleming corrected theorized that the substance had slowed the growth of the bacteria.
alexander fleming • bacteriologist • nobel prize • penicillin • florey
Sir Alexander Fleming was one of many scientists whose work gave the world pencillin. In a serendipitous turn of events, the changing temperatures and a errant spore that landed in a culture dish produced a blue mold that filled the rest of the dish and created what Fleming described as a halo around the staphylococcus bacteria. Fleming corrected theorized that the substance had slowed the growth of the bacteria.
alexander fleming • bacteriologist • nobel prize • penicillin • florey
Viral Lytic Cycle Replication
Bacteriophages are a special type of virus that exclusively infects bacterial cells. Here's how they recognize, take over and ultimately kill their host bacteria.
bacteriophage reproduction • bacteriophage replication • bacteriophage bacteria • t4 phage • viral lytic cycle
Bacteriophages are a special type of virus that exclusively infects bacterial cells. Here's how they recognize, take over and ultimately kill their host bacteria.
bacteriophage reproduction • bacteriophage replication • bacteriophage bacteria • t4 phage • viral lytic cycle