it is de-natured, this is why very high fevers are potentially life threatening because the proteins in our body are de-natured causing severe damage Heating affects the secondary structure of proteins, causing changes in the shape of the molecule. An easy example would be human hair which is largely made of protein. When hair is pulled through a curling iron, it tends to become curlier because the heat is changing the secondary structure of the protein molecules that make up the hair. Of course, this change only lasts for a short time.
It is de-naturated or coagulated. Heating affects the secondary structure of proteins. It is like when boiling or frying an egg. (Eggs contain a lot of proteins).
When heated above boiling (frying) then proteins also decompose, react with other stuff in meat (e.g. glycogen) and get brown-crusty properties.
Proteins, which are made up of many amino acids, usually have complicated shapes so that they can work with other molecules, just like microscopic tools. When you heat proteins, they denature, which means that they lose their shapes and become long, useless chains of amino acids. They are still edible, though - when you eat proteins, whether or not they've been heated, your body breaks them down into amino acids and remakes them into new proteins.
When a protein is heated too much, it is denatured and loses its native conformation. This conformational change can significantly change the properties of the protein. For instance, denatured enzymes will lose their catalytic function.
If you understand the lock and key model of enzymes, then this will make sense as to why this is important. Enzymes are proteins. If they lose their specific shape, then they will no longer be able to function. This is why a prolonged fever is so dangerous and can be deadly for small children and the elderly.
you die
then go to heaven if you have a faith in the Lord almighty :)
AMEN
It coagulates, like when boiling or frying an egg. (Eggs contain a lot of proteins.)
as long you dont heat it up very high then it become OVERCOOKED.If you heat it up just the right time its fine.
enzymes change shape/ unfolding of proteins
Chaperone proteins function to move molecules (such as mRNA from the nucleus to the cytoplasm). They are also called heat shock proteins because they protect the molecule (mRNA) from heat which would degrade the molecule (mRNA) and ruin the process (such as transcription).
No, proteins can't absorb or lose heat without changing much in temperature. Water has a high heat capacity, so water can absorb or release a great deal of heat energy without changing much in temperature.
Heat would make most enzymes unnecessary as added heat would allow (many) reaction to achieve activation energy without the need of a helping enzyme. In a biological system most enzymes are proteins and as heat denatures proteins the effect would be to destroy their functionality.
increased loss of body heat
When heat is introduced to a protein, is causes more kinetic energy. When this happens, the heat causes the proteins to fold and bend, The precipitation is caused when the moisture is being evaporated from the proteins during this process.
Something to do with enzymes I think but I want to know the answer as well.
It '''denatures''' which basically means the heat changes the structure of proteins within the meat.
proteins are typically DENATURED by heat or acid.
Hairs are made up of proteins. Proteins get denatured when exposed to heat. If heat is used incorrectly, it can severely damage hair. Similarly, scalp has skin which contains proteins too which can get damaged because of heat.
when the human body is at 210 degreesFahrenheit, he blood starts boiling. by 572 degrees the human body is toasted
Diseases.
they die
Yes.
proteins
Yes.
It denatures them.