Safety in the Life Sciences
Scientists and researchers working in labs follow safety protocols to keep themselves and their coworkers safe.
For example, consider the deformed frog. If a chemical causes those deformities, it’s likely something called a teratogen. Scientists studying cases like this wear protective gear, like gloves and masks, to stay safe.
However, scientists work with several chemicals and samples, and not all of them are dangerous. So, how do they spot these dangers? They look for lab safety symbols like flames, skulls, drips, or spiky circles. Each one gives an important warning.
For instance, the flame and explosion symbols tell you to watch for fire and blasts. A skull and crossbones mean poison, while a dripping liquid warns of corrosive substances that can damage your clothes and burn through your skin.
The biohazard symbol, shaped like a spiky circle warns about bacteria or viruses that could spread disease.
Even in your school lab, the teacher reminds you to follow lab safety rules, such as tying back long hair, wearing closed-toe shoes, and handling scissors or chemicals carefully to make science safe and fun.
Safety in Life Sciences
Safety is one of the most important aspects of working in the life sciences. Whether you're conducting an experiment in the lab…
Scientists and researchers working in labs follow safety protocols to keep themselves and their coworkers safe.
For example, consider the deformed frog. If a chemical causes those deformities, it’s likely something called a teratogen. Scientists studying cases like this wear protective gear, like gloves and masks, to stay safe.
However, scientists work with several chemicals and samples, and not all of them are dangerous. So, how do they spot these dangers? They look for lab safety symbols like flames, skulls, drips, or spiky circles. Each one gives an important warning.
For instance, the flame and explosion symbols tell you to watch for fire and blasts. A skull and crossbones mean poison, while a dripping liquid warns of corrosive substances that can damage your clothes and burn through your skin.
The biohazard symbol, shaped like a spiky circle warns about bacteria or viruses that could spread disease.
Even in your school lab, the teacher reminds you to follow lab safety rules, such as tying back long hair, wearing closed-toe shoes, and handling scissors or chemicals carefully to make science safe and fun.
Scientists and researchers working in labs follow safety protocols to keep themselves and their coworkers safe.
For example, consider the deformed frog. If a chemical causes those deformities, it’s likely something called a teratogen. Scientists studying cases like this wear protective gear, like gloves and masks, to stay safe.
However, scientists work with several chemicals and samples, and not all of them are dangerous. So, how do they spot these dangers? They look for lab safety symbols like flames, skulls, drips, or spiky circles. Each one gives an important warning.
For instance, the flame and explosion symbols tell you to watch for fire and blasts. A skull and crossbones mean poison, while a dripping liquid warns of corrosive substances that can damage your clothes and burn through your skin.
The biohazard symbol, shaped like a spiky circle warns about bacteria or viruses that could spread disease.
Even in your school lab, the teacher reminds you to follow lab safety rules, such as tying back long hair, wearing closed-toe shoes, and handling scissors or chemicals carefully to make science safe and fun.
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