Researchers Create 3D Printed Tattoo That React To Its SurroundingsD Printed tattooliving ink
故选B 18. D 第 "This finding may help create new medicines for humans to treat fungal infections.”可知,鳄鱼身上的防御素可以帮助人类对抗 真菌感染。 故选D。 19.D “Besides, scientists also hope 3D printed organs can be used in organ transplants.”可知,研究人员希望3D打印器官可以被用 在...
根据“Besides, scientists also hope 3D printed organs can be used in organ transplants”可知,希望3D打印器官可以用于器官移植,也就是用于治疗患者,故选D。 (5)题详解: 细节理解题。根据“The study is believed to benefit farmers in the future”“This finding may help create new medicines for ...
In the future, researchers hope to use this new method to 3D print lifelike models of more complicated organs, using multiple inks. Researchers wish to create bionic organs using the method of 3D printing some day.
Researchers at Princeton University are integrating silver nanoparticles and tissue to create functional ears using off-the-shelf 3D printing equipment.The te
C. They will be developed to create organs universally. D. They will be applied to various fields in the world. 相关知识点: 试题来源: 解析 语篇解读 研究人员利用患者自己的细胞制造出了 世界上第一颗3D打印心脏。 他们称这项实验 是医学领域的重大突破。 答案详析 1. 推理判断题。 根据第一段...
Using 3D printing, the WSU research team has developed a glucose monitor with much better stability and sensitivity than those manufactured through traditional methods. The researchers used a method called direct-ink-writing (DIW), that involves printing inks out of nozzles to create intricate and ...
One of the biggest challenges for the engineering team will be finding a way to create a human-sized heart. Dvir said his team plans to transplant heart models designed for animals, possibly within the next year. He added that, for human use, "simpler organs" will likely be produced before...
The study team of the LICP adopted the biomimetic hydrogen-bond engineering strategy in 3D-printed super-tough hydrogel devices, providing material and technology for the simulated organ model and biological medical instruments. The architected hydrogels are widely used in biomedicine, soft robots, and...
UCLA Researchers Create All-Optical Diffractive Deep Neural Network That is 3D PrintedUsing a 3D printer, a research team at the UCLA Samueli School of Engineering has created an artificial neural network that can analyze large volumes of data and identify objects at the speed of light. Called ...