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Researchers in Sweden have unlocked advancedamazinganswerartificialenoughimportantinterestedkilometerlevelligamentsmaterialnewoneproductionprotectivesecretssteelstrongsuccessfulsuch of nature's biggest advancedamazinganswerartificialenoughimportantinterestedkilometerlevelligamentsmaterialnewoneproductionprotectivesecretssteelstrongsuccessfulsuch. They worked out how spiders make advancedamazinganswerartificialenoughimportantinterestedkilometerlevelligamentsmaterialnewoneproductionprotectivesecretssteelstrongsuccessfulsuch strong silk for their spider webs. The spider's silk is very advancedamazinganswerartificialenoughimportantinterestedkilometerlevelligamentsmaterialnewoneproductionprotectivesecretssteelstrongsuccessfulsuch. It is tougher than advancedamazinganswerartificialenoughimportantinterestedkilometerlevelligamentsmaterialnewoneproductionprotectivesecretssteelstrongsuccessfulsuch. For decades, scientists looked into what makes spider silk so advancedamazinganswerartificialenoughimportantinterestedkilometerlevelligamentsmaterialnewoneproductionprotectivesecretssteelstrongsuccessfulsuch. Finally, researchers in Sweden have found the advancedamazinganswerartificialenoughimportantinterestedkilometerlevelligamentsmaterialnewoneproductionprotectivesecretssteelstrongsuccessfulsuch. They found that a spider's silk gland has a special acid advancedamazinganswerartificialenoughimportantinterestedkilometerlevelligamentsmaterialnewoneproductionprotectivesecretssteelstrongsuccessfulsuch. This helps to make the silk very strong. The researchers copied this process and made advancedamazinganswerartificialenoughimportantinterestedkilometerlevelligamentsmaterialnewoneproductionprotectivesecretssteelstrongsuccessfulsuch artificial spider-web silk to stretch for one advancedamazinganswerartificialenoughimportantinterestedkilometerlevelligamentsmaterialnewoneproductionprotectivesecretssteelstrongsuccessfulsuch.

The new advancedamazinganswerartificialenoughimportantinterestedkilometerlevelligamentsmaterialnewoneproductionprotectivesecretssteelstrongsuccessfulsuch silk could be very useful. Doctors are advancedamazinganswerartificialenoughimportantinterestedkilometerlevelligamentsmaterialnewoneproductionprotectivesecretssteelstrongsuccessfulsuch in it for stitches. They also think it can help the skin after a burn and replace torn advancedamazinganswerartificialenoughimportantinterestedkilometerlevelligamentsmaterialnewoneproductionprotectivesecretssteelstrongsuccessfulsuch in the body. Airplane companies and makers of advancedamazinganswerartificialenoughimportantinterestedkilometerlevelligamentsmaterialnewoneproductionprotectivesecretssteelstrongsuccessfulsuch clothes also see many uses for the advancedamazinganswerartificialenoughimportantinterestedkilometerlevelligamentsmaterialnewoneproductionprotectivesecretssteelstrongsuccessfulsuch silk. A researcher spoke about how advancedamazinganswerartificialenoughimportantinterestedkilometerlevelligamentsmaterialnewoneproductionprotectivesecretssteelstrongsuccessfulsuch the discovery could be. She said: "This is the first advancedamazinganswerartificialenoughimportantinterestedkilometerlevelligamentsmaterialnewoneproductionprotectivesecretssteelstrongsuccessfulsuch example of [copying] spider silk spinning….This may allow industrial advancedamazinganswerartificialenoughimportantinterestedkilometerlevelligamentsmaterialnewoneproductionprotectivesecretssteelstrongsuccessfulsuch of artificial silk for bio-material applications or… advancedamazinganswerartificialenoughimportantinterestedkilometerlevelligamentsmaterialnewoneproductionprotectivesecretssteelstrongsuccessfulsuch textiles." The silk could be an important new advancedamazinganswerartificialenoughimportantinterestedkilometerlevelligamentsmaterialnewoneproductionprotectivesecretssteelstrongsuccessfulsuch for us in the future.