christie even described it in her miss marple books how spider webs can be used to cover a wound so they heal faster. as part of this issue of the science is now helping us to understand what's behind the phenomenon. that involves the surface structure of the spider silk that's how an idea was born to apply it to existing implants and equip them with a protective shield. and then they wouldn't be recognized by the body's defense system the immune system. with the help of modern three d. printers the spider silk proteins can be applied to surfaces. in the future scientists want to print parts of organs it could for example help replace damage skin. into. your own well not isn't is to take things a step further we want to use spider soca scaffolding for instance to replace diseased or damaged skin tissue. to do that we take spider silk and mix it with the patient's own cells creating what we call organic ink. comment and just like ink it can be printed by a printer so the silk in the cells are printed simultaneously. by the silk protects the cells during the printing process and afterwords

christie even described it in her miss marple books how spider webs can be used to cover a wound so they heal faster. but if this is half the science is now helping us to understand what's behind the phenomenon. that involves the surface structure of the spider silk that's how an idea was born to apply it to existing implants and equip them with a protective shield. and then they wouldn't be recognized by the body's defense system the immune system. with the help of modern three d. printers the spider silk proteins can be applied to surfaces. in the future scientists want to print parts of organs it could for example help replace down the skin. into. your own well innovation is to take things a step further we want to use spider soca scaffolding for instance to replace diseased or damaged skin tissue. to do that we take spider silk and mix it with a patient's own cells creating what we call organic ink. comment and just like ink it can be printed by a printer so the silk in the cells are printed simultaneously. by the silk protects the cells during the printing process and afterwords it

christie even described it in her miss marple books how spider webs can be used to cover a wound so they heal faster. but if this issue of science is now helping us to understand what's behind the phenomenon. that involves the surface structure of the spider silk that's how an idea was born to apply it to existing implants and equip them with a protective shield. and then they wouldn't be recognized by the body's defense system the immune system. with the help of modern three d. printer the spider so proteins can be applied to services. in the future scientists want to print parts of or it could for example help replace damage skin. into. your own well in addition is to take things a step further we want to use spider soca scaffolding for instance to replace diseased or damaged skin tissue. to do that we take spider silk and mix it with the patient's own cells creating what we call organic ink. comment and just like ink it can be printed by a printer so the silk in the cells are printed simultaneously. by the silk protects the cells during the printing process and afterwords it provides

christy even described it in her miss marple books how spider webs can be used to cover a wound so they heal faster. but if this. science is now helping us to understand what's behind the phenomenon. that involves the surface structure of the spider silk that's how an idea was born to apply it to existing implants and equip them with a protective shield. and then they wouldn't be recognized by the body's defense system the immune system. with the help of modern three d. printers the spider silk proteins can be applied to surfaces. in the future scientists want to print parts of or it could for example help replace damage skin . into. your own well in addition is to take things a step further we want to use spider soca scaffolding for instance to replace diseased or damaged skin tissue. to do that we take spider silk and mix it with a patient's own cells creating what we call organic ink. comment and just like ink it can be printed by a printer so the silk in the cells are printed simultaneously. by the silk protects the cells during the printing process and afterwords it provides a fram

i guess the christy even described it in her miss marple books how spider webs can be used to cover a wound so they heal faster. but if this is half the science is now helping us to understand what's behind the phenomenon. that involves the surface structure of the spider silk that's how an idea was born to apply it to existing implants and equip them with a protective shield. what and i'd and then they wouldn't be recognized by the body's defense system the immune system. with the help of modern three d. printers the spider silk proteins can be applied to surfaces. in the future scientists want to print parts of organs it could for example help replace damage skin. into. your own well innovation is to take things a step further we want to use spider soca scaffolding for instance to replace diseased or damaged skin tissue. to do that we take spider silk and mix it with a patient's own cells creating what we call organic ink. comment and just like ink it can be printed by a printer so the silk in the cells are printed simultaneously on the side of the silk protects the cells during the

i guess the christy even described it in her miss marple books how spider webs can be used to cover a wound so they heal faster. but if this issue of science is now helping us to understand what's behind the phenomenon. that involves the surface structure of the spider silk that's how an idea was born to apply it to existing implants and equip them with a protective shield should what and then they wouldn't be recognized by the body's defense system the immune system. with the help of modern three d. printers the spider silk proteins can be applied to surfaces. in the future scientists want to print parts of. it could for example help replace damage skin. into. your own well in addition is to take things a step further we want to use spider silk as scaffolding for instance to replace diseased or damaged skin tissue. to do that we take spider silk and mix it with the patient's own cells creating what we call organic ink. comment and just like ink it can be printed by a printer so the silk in the cells are printed simultaneously. by the silk protects the cells during the printing proces

a great miss marple story. this is the beragh, brewdunnit, apparently for years in sheffield the council had been chopping down trees and there have been lots of protests. three workmen claimed there were given poisoned tea during this row over felling trees. south yorkshire police have confirmed they are investigating. three workmen had a cup of tea from a passer—by. they all fell ill within a couple of days. now the police say although they did not need medical help, they were ill enough for it to warrant a police investigation. locals around there are saying it is absolute rubbish, we would not give tea to these people because we don't like what they are doing. they probably have a bad bacon sandwich somewhere. the trees are being chopped down in a very controversial scheme because, apparently, some of them are diseased and dying and they are not safe. campaigners are saying it is environmental damage. feelings run very high about things like that. don't change people's communities, they don't like it. gre