Sebuah inovasi untuk membuat jambatan tulang supaya sel-sel boleh berkomunikasi dan tiru tulang poros yang diletak sel yang didapati dari pesakit tu sendiri.
Kalau korang suka produk ni, jangan lupa untuk mengundi Innovathon people choice awards di www.gempak.com/innovathon ok?
🚀INNOVATHON MUSIM 2
Merealisasikan Impian Inovasi Anda
INNOVATHON kembali dengan musim kedua, sebuah inisiatif menarik bersama Kementerian Ekonomi dan Kementerian Sains, Teknologi & Inovasi (MOSTI) dengan kerjasama Astro.
Saksikan pertandingan hebat dalam INNOVATHON Musim 2 yang akan disiarkan mulai 30 November 2024. Para inovator tempatan dari pelbagai latar belakang akan tampil dengan idea-idea kreatif dan berinovasi, bersaing merebut hadiah utama. Setiap episod menampilkan cabaran-cabaran sengit yang menguji daya kreativiti dan ketekunan peserta, sambil memberi peluang untuk merealisasikan impian mereka.
Jangan lepaskan peluang untuk melihat bagaimana idea-idea luar biasa ini berkembang dan bersaing di layar kaca! Saksikan #INNOVATHON Musim 2 di saluran berikut.
🔭ASTRO RIA, SHOWCASE & VANAAVIL
Setiap Sabtu, 9 PM
🔭ASTRO AEC (Siaran Ulangan)
Setiap Ahad, 6 PM
🔭RTM (Siaran Ulangan)
Setiap Ahad, 9 PM
#Innovathon2 #MotivasiInspirasi #AstroMalaysia #AstroBaharu #AstroGo #sookaMalaysia
Kalau korang suka produk ni, jangan lupa untuk mengundi Innovathon people choice awards di www.gempak.com/innovathon ok?
🚀INNOVATHON MUSIM 2
Merealisasikan Impian Inovasi Anda
INNOVATHON kembali dengan musim kedua, sebuah inisiatif menarik bersama Kementerian Ekonomi dan Kementerian Sains, Teknologi & Inovasi (MOSTI) dengan kerjasama Astro.
Saksikan pertandingan hebat dalam INNOVATHON Musim 2 yang akan disiarkan mulai 30 November 2024. Para inovator tempatan dari pelbagai latar belakang akan tampil dengan idea-idea kreatif dan berinovasi, bersaing merebut hadiah utama. Setiap episod menampilkan cabaran-cabaran sengit yang menguji daya kreativiti dan ketekunan peserta, sambil memberi peluang untuk merealisasikan impian mereka.
Jangan lepaskan peluang untuk melihat bagaimana idea-idea luar biasa ini berkembang dan bersaing di layar kaca! Saksikan #INNOVATHON Musim 2 di saluran berikut.
🔭ASTRO RIA, SHOWCASE & VANAAVIL
Setiap Sabtu, 9 PM
🔭ASTRO AEC (Siaran Ulangan)
Setiap Ahad, 6 PM
🔭RTM (Siaran Ulangan)
Setiap Ahad, 9 PM
#Innovathon2 #MotivasiInspirasi #AstroMalaysia #AstroBaharu #AstroGo #sookaMalaysia
Category
📺
TVTranscript
00:00I am Prof. Dr. Muhammad Yazid Bin Bajuri, from the Autopedic Department,
00:09Chancellor Tuan Ku Mukriz Hospital, Malaysian National University.
00:15The idea of MyBone came to me when I was treating a patient named Yusha.
00:20I knew for sure that there was a weakness in the treatment techniques at that time.
00:29One of the reasons was that she took a long time to recover her bones.
00:35But because of this patient, we came up with an idea to make a bone cartilage.
00:41The bones that have been removed can be reconnected using only the cartilage,
00:46and we put bone growth cells in the cartilage.
00:52After going through the treatment and rehabilitation,
00:58in about three to four months,
01:01we found that Yusha's bones were getting better,
01:05and became a good quality that was able to function normally.
01:12Initially, this innovation came after I was sure that there was a weakness
01:18in the treatment techniques at that time.
01:23One of the reasons was that she took a long time to recover her bones.
01:29At the same time, we also needed a high cost to buy an implant.
01:36Therefore, I and my team from the Center for Tissue Rejuvenation
01:40thought about whether there was an easier way to help bone growth.
01:46I came up with the idea that maybe we could put a bone cartilage
01:51which is made from a material that can be placed in the bone,
01:58which is usually used as a bone graft or bone replacement in orthopedic surgery.
02:06From there, we made a cartilage which was mimicked
02:13or resembled in the original shape of the bone,
02:18which has a hard cartilage on the outside and a porous cartilage on the inside.
02:25Together with Prof. Angela, we felt that the cells could be placed
02:31in the porous bone area that we created,
02:36so that the cells on top of the bone could connect with the cells below the bone.
02:44When the cells can connect with each other,
02:47it creates a bone structure that can be a bridge
02:52so that the cells can continue to connect with each other
02:55and form a genuine bone.
03:06www.ottobock.com