![]() He scored 2,258 points at IU shooting 56.5% from the floor including a combined 58.7% the past two seasons. Jackson-Davis' math on that decision clearly checks out. Watch Video: Trayce Jackson-Davis shoots at the NBA Draft Combine I thought the team would benefit with me more being inside. I dominated inside this year and those double-teams got even higher looks for my teammates like Trey (Galloway) who shot 50% this year, things of that nature. ![]() "He never said that I couldn't shoot, but when I'm close to the rim and I'm shooting 60 to 70% from the floor every game, there's not really a reason for me to go outside and take shots. "I just listened to what coach Woodson said," Jackson-Davis said. NBA draft combine: Trayce Jackson-Davis actually took - and hit - some 3s ![]() NBA mock draft: Pacers may be interested in IU star Trayce Jackson-Davis His answer is, while it made sense for his draft stock for him to take 3s, it was never the right thing for IU in its hopes to win. So now that he's arrived at the combine after his senior year, fully bought into the draft process and not considering using a fifth year, he has to answer questions about why he never decided to shoot from outside. Even after entering last year's draft and pulling out when he tested positive for COVID just before the combine, Jackson-Davis still didn't heed the advice from evaluators that he just take enough 3s to prove he could do it and took zero. All of them came in his junior year and he missed all three. Just three of the 1,504 field goal attempts Jackson-Davis took at IU were 3-pointers. Listed at 6-9, 245 pounds, Jackson-Davis has the traditional build of a power forward, and it's considered crucial now that players at that position be able to shoot from outside.īut in each of those four seasons, for various reasons, that plan was abandoned. ![]() The IU big man and former Center Grove star and his coaches, first Archie Miller and then Mike Woodson, knew that's what NBA scouts wanted to see because the professional game emphasizes 3s. Given that yeast protein is one of the cheapest and easiest available protein sources and that hydrogels are extremely easy to handle, the developed material has highly promising potential for both sophisticated cell culture techniques as well as for larger scale industrial applications.ģD cell culture Eukaryotic cells Hydrogel Yeast.Watch Video: Trayce Jackson-Davis meets with the media at the NBA Draft Combine.ĬHICAGO - In each of the four seasons he played at Indiana - and especially in the past two - Trayce Jackson-Davis and his coaches said this would be the year he would finally shoot some 3-pointers. Furthermore, hydrogels could be functionalized with RGD peptide and the optimal concentration for sufficient cell adhesion was determined to be 150 μM. Furthermore, the material was tested for possible cell culture applications diffusion rates in the network are high enough for sufficient supply of human breast cancer cells and adenocarcinomic human alveolar basal epithelial cells with nutrition, and cells showed high viabilities when tested for compatibility with the material. Elasticity was proofed to be adjustable with the help of atomic force microscopy by merely changing the amount of used protein. The free water content was determined by measuring swelling ratios for different protein concentrations, and in a freeze-drying approach, pore sizes of up to 100 μm in the gel could be created without destabilizing the 3D network. The yeast hydrogels presented here are polymerized using a four-armed, amine reactive crosslinker and show a high chemical and thermal resistance. Countless hydrogels are available for sophisticated research, but their fabrication is often difficult to reproduce, with the gels being complicated to handle or simply too expensive. Here, we present a novel approach to form hydrogels from yeast whole cell protein.
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