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Supermarket shelves are filled with plant-based alternatives to cow milk, including soy, nuts, and coconut milk. These products are popular with consumers who cannot drink cows' milk for health reasons, as well as with those concerned about animal welfare and environmental sustainability. While the dairy-free options work well with cereal or in coffee, they fail miserably when it comes to making milk-based products like cheese or yogurt. However, these shortcomings may soon be a thing of the past, thanks to a new company in California, which has figured out how to create animal-free milk in a laboratory! Perumal Gandhi and Ryan Pandya founded the company in 2014 after becoming increasingly annoyed with the lack of cows' milk-free alternatives, particularly for cheese. For Gandhi, who stopped consuming animal products five years earlier due to environmental and animal welfare concerns, the motivation to create a better alternative stemmed from his love of cheesy pizza. Pandya was spurred into taking action after being forced to eat some “really bad” dairy-free cream cheese on his sandwich. The two MIT biomedical engineering scientists decided to join forces to create a more realistic alternative to dairy-based products. In their university lab, the pair spent nine months first isolating cow DNA and then inserting it into yeast. This genetic modification enabled the yeast to produce the necessary milk proteins. The final step of the process involved mixing the proteins with some plant nutrients and fats. The dairy-free milk not only tastes like the real thing but is also healthier, has a longer shelf life and, most important of all, is Earth-friendly. According to the company's website, when compared to conventional milk production, their process uses 65% less energy, creates 84% less greenhouse gas emissions and requires 91% less land and 98% less water! Best of all, since it contains real milk proteins, the product behaves like the cow-producing version, which means vegetarian consumers will no longer have to deal with soggy cheese on their sandwiches and pizzas. The company plans to bring their creation to the market later this year and their first product will most likely be cheese since there are already numerous good cows' milk alternatives available to consumers.
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举一反三
【单选题】被王国维评为“最得风人深致”的诗歌是
A.
《蒹葭》
B.
《湘夫人》
C.
《陌上桑》
D.
《秋兴八首》(其一)
【单选题】经纬仪十字丝不清晰应调节( )
A.
物镜对光螺旋
B.
目镜对光螺旋
C.
脚螺旋
D.
脚架高度
【单选题】患者男,68岁。2型糖尿病8年。胰岛素6U治疗,餐前30分钟,H,tid。合适的注射部位是(2013,专业实务,A3/A4型题,122)
A.
腹部
B.
臀小肌
C.
臀中肌
D.
臀大肌
E.
前臂外肌
【单选题】患者女性,72岁,发热,咳嗽一周,伴气急加重1天入院。体检:体温39℃,神志欠清,呼吸气急,血压60/37.5mmHg,注射部位皮肤有大片瘀斑,二肺闻及湿啰音,心率120/min,律齐。实验室检查:白细胞12×10 9 /L,Hb98g/L,BPC30×10 9 /L,PT18s(对照13s),3P试验阳性,外周血涂片可见少量破碎红细胞。骨髓穿刺示:增生活跃,巨核细胞易见。最适合的治疗方案是()
A.
肝素+抗生素
B.
雄激素
C.
卡巴克洛(安络血)
D.
环磷酰胺
E.
输红细胞悬液
【单选题】患者女性,72岁,发热,咳嗽一周,伴气急加重1天入院。体检:体温39℃,神志欠清,呼吸气急,血压60/37.5mmHg,注射部位皮肤有大片瘀斑,二肺闻及湿啰音,心率120/min,律齐。实验室检查:白细胞12×10/L,Hb98g/L,BPC30×10/L,PT18s(对照13s),3P试验阳性,外周血涂片可见少量破碎红细胞。骨髓穿刺示:增生活跃,巨核细胞易见。最适合的治疗方案是()
A.
肝素+抗生素
B.
雄激素
C.
卡巴克洛(安络血)
D.
环磷酰胺
E.
输红细胞悬液
【单选题】患者,男,64岁,患糖尿病20年,常规胰岛素12IU餐前30分钟自行皮下注射,最合适的注射部位是
A.
腹部脐周
B.
前臂外侧
C.
股外侧肌
D.
臀中肌
E.
臀大肌
【单选题】(3).合适的注射部位是()
A.
腹部
B.
臀小肌
C.
臀中肌
D.
臀大肌
E.
前臂大肌
【单选题】33经纬仪十字丝不清晰应调节()。
A.
物镜对光螺旋
B.
望远镜微动螺旋
C.
微倾螺旋
D.
目镜对光螺旋
【单选题】被王国维评为“最得风人深致”的诗歌是前
A.
兼葭》
B.
《湘夫人》
C.
《早雁》
D.
《归园田居(其一)》
【单选题】被王国维评为“最得风人深致”的诗歌是【】
A.
《蒹葭》
B.
《湘夫人》
C.
《早雁》
D.
《归园田居(其一)》
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