wayground logo

Free Printable Worksheets

NEW

Font size

S
M
L
XL
Worksheets

NAD+

Total questions: 10

Worksheet time: 5mins

Name
Class
Date
1.

What is the primary function of NAD+ in cells? / NAD+

在细胞中的主要功能是什么?

a)

To act as a structural component of cell membranes

作为细胞膜的结构成分

b)

To facilitate energy production and metabolism

促进能量产生和代谢 

c)

To serve as a hormone regulating sleep

作为调节睡眠的激素 

d)

To replace damaged DNA directly

直接替换受损的DNA

2.

Which ingredient in Prime NAD+ is a precursor to NAD+? / Prime NAD+

中哪种成分是NAD+的前体?

a)

Vitamin C / 维生素C

b)

Nicotinamide Riboside (NR) / 烟酰胺核糖 (NR) 

c)

Magnesium / 镁 

d)

Omega-3 fatty acids / Omega-3脂肪酸 

3.

How does Pterostilbene (紫檀芪) enhance Prime NAD+? /

紫檀芪如何增强Prime NAD+的效果?

a)

By replacing NAD+ in cells

通过替代细胞中的NAD+ 

b)

By improving NR’s absorption and providing antioxidants

通过提升NR吸收并提供抗氧化保护

c)

By acting as a sedative

作为镇静剂

d)

By reducing ATP production

减少ATP生成 

4.

Which gene is activated by NAD+ to support longevity? / NAD+

激活哪种基因以支持长寿?

a)

BRCA1

b)

p53

c)

SIRT-1

长寿基因SIRT-1 

d)

APOE 

5.

What was the NAD+ level increase after 4 weeks with the recommended dose?

服用推荐剂量4周后,NAD+水平提升了多少?

a)

10%

b)

75%

c)

90%

d)

40%

6.

Why does NAD+ decline with age?

为什么NAD+会随着年龄增长而下降?

a)

Cells stop producing it / 细胞停止生产NAD+ 

b)

DNA damage consumes NAD+ reserves / DNA损伤消耗NAD+储备 

c)

It turns into cholesterol / 转化为胆固醇

d)

Exercise depletes it faster / 运动加速消耗 

7.

Which is a key benefit of maintaining NAD+ levels?

维持NAD+水平的关键好处是什么?

a)

Faster hair growth / 加速头发生长 

b)

Improved cellular energy (ATP) / 提升细胞能量(ATP) 

c)

Reduced need for sleep / 减少睡眠需求 

8.

How does Pterostilbene compare to Resveratrol?

紫檀芪与白藜芦醇相比如何?

a)

Less effective / 效果更差 

b)

Similar bioavailability / 生物利用度相似 

c)

Higher bioavailability / 生物利用度更高 

d)

Not absorbable by humans / 无法被人体吸收

9.

What is a symptom of low NAD+ in aging adults?

中老年人NAD+水平低的症状是什么?

a)

Improved memory / 记忆力增强 

b)

Fatigue and cognitive decline / 疲劳和认知衰退

c)

Increased muscle mass / 肌肉量增加 

d)

Better eyesight / 视力改善

10.

How does NAD+ combat cellular aging?

NAD+如何对抗细胞衰老?

a)

By blocking sunlight / 通过阻挡阳光 

b)

By supporting DNA repair and mitochondria / 通过支持DNA修复和线粒体功能 

c)

By stopping metabolism / 通过停止新陈代谢 

d)

By replacing antioxidants / 替代抗氧化剂