龍蝦健康嗎?你需要知道的一切

Nutrition

Lobster is a low-calorie food, rich in vitamins and minerals.

A serving of 1 cup (145 g) cooked lobster provides :

  • Calories: 128
  • Protein: 27 grams
  • Fat: 1.2 grams
  • Carbohydrates: 0 grams
  • Copper: 198% of the Daily Value (DV)
  • Selenium: 190% of the DV
  • Zinc: 53% of the DV
  • Vitamin B12: 51% of the DV

As you can see, lobster is a source of lean protein-it contains a lot of protein and minimal fat.

However, cholesterol content has nothing to do with fat content. A serving of lobster provides 70% of the DV cholesterol.

It also provides 280 mg of a combination of eicosapentaenoic acid (EPA) and docosahexaenoic acid (DHA).

EPA and DHA are two omega-3 fatty acids that can protect heart health by lowering blood cholesterol levels. The American Dietary Guidelines recommend an intake of approximately 250 mg of EPA and DHA per day.

Lobster is also a special source of trace elements copper and selenium.

Although copper is involved in the production of energy and DNA, selenium can act as an anticancer agent and can prevent chronic degenerative diseases.

How does it compare to other crustaceans?

Most crustaceans, including lobsters, have fairly similar nutrients.

This is a comparison of the nutritional content of 1 cup (145 grams) of lobster, shrimp, crab and crayfish.

Calories protein Fat cholesterol EPA and DHA
lobster 128 27 grams 1.2g 70% of DV 280 mg
Shrimp 307 22 grams 16.8 g 71% of DV 186 mg
Crab 97 21 grams 0.8 g 62% of the DV 197 mg
crayfish 113 23.3 g 1.7 g 38% of DV 231 mg

Although lobsters provide more protein per serving than other crustaceans, they are all protein-rich foods. In fact, their protein content is higher than that of finfish.

Another difference between these crustaceans is the fat content of shrimp, which is significantly higher than other crustaceans, which also explains the higher calorie content of shrimp.

However, despite the higher fat content of shrimp, the cholesterol content of shrimp and lobster is almost the same. In contrast, crayfish and crabs are low in content.

Finally, although they are rich in EPA and DHA, the content of shrimp, crayfish and crab is lower than that of lobster.

Generalize

Lobster is a lean protein food that contains a lot of omega-3 fatty acids that are good for heart health. It also contains vitamins and minerals necessary for optimal health.

Lobster's high-quality nutrients give it many health benefits.

Rich in protein

Lobster is high in protein .

It is also rich in all essential amino acids-the building blocks of protein. This means that the quality of the protein lobster provided may be equal to or better than milk, red meat or soy.

In addition, studies have shown that high-protein foods can help or promote weight loss by promoting metabolism and increasing satiety.

In fact, your body burns more calories when processing protein than when processing carbohydrates and fat.

Protein is also more effective than carbohydrates or fats in increasing satiety. It does this by reducing appetite-stimulating hormones and increasing hunger-reducing hormone levels. Therefore, eating protein may help control appetite.

May promote brain and mental health

Omega-3s and vitamin B12 play an important role in brain and mental health.

For example, DHA is an important component of brain cells and is necessary for cell membrane function. Studies have found that omega-3 deficiency may accelerate brain aging.

Studies have shown that people who consume a diet rich in omega-3 fatty acids have a lower risk of stroke, depression, dementia, and Alzheimer's disease.

Similarly, research shows that low vitamin B12 levels are associated with dementia, Alzheimer's disease and Parkinson's disease. Reduce the risk of dementia by 20% and improve brain function in the elderly.

Therefore, adding lobster to your diet may be beneficial to your brain and mental health.

Can prevent heart disease

In the United States, heart disease is the leading cause of death. To help prevent this, public health initiatives recommend regular consumption of fish rich in omega-3 fatty acids.

Studies have repeatedly shown that long-chain omega-3s, such as EPA and DHA, have protective effects against heart disease. Fish and seafood species that provide large amounts of both—such as lobster—seem to be the most protective.

EPA and DHA can reduce the risk of heart disease in many ways.

Studies have shown that they may lower blood cholesterol levels and blood pressure. They can also reduce inflammation to help prevent atherosclerosis , the buildup of arterial plaque, which is a risk factor for stroke.

In order to reduce the risk of heart disease by 37%.

In a 2010 study, participants consumed up to 234 mg of EPA and DHA per day. Researchers reported that the participants with the highest intake had a 49% lower risk of heart disease. The risk of death was reduced by 62%.

May have anti-cancer effects

Omega-3s and selenium may have anticancer effects on lobster.

Studies have shown that a diet rich in EPA, DHA, and selenium may have a protective effect on a variety of cancers, including breast, colorectal, prostate, lung, stomach, liver, and ovarian cancers.

Test tube and animal studies have found that the anti-inflammatory and anti-cancer effects of omega-3 reduce the growth and spread of tumors, and lead to the death of cancer cells.

However, additional research on human subjects is required.

In addition, DHA seems to enhance the effect of cisplatin, a common chemotherapy drug, on tumor spread and death. It may also help reduce side effects caused by medications.

Studies have also shown that the antioxidant capacity of selenium may play a role in its potential anti-cancer effects. Studies have shown that selenium may promote tumor death and help prevent cancer from spreading.

Other potential benefits

Adding lobster to your diet may have some additional health benefits, thanks to the selenium it contains.

The high selenium content of lobster may be beneficial to humans and autoimmune thyroid diseases, such as Hashimoto's thyroiditis.

Selenium may also help boost immunity, because this nutrient participates in biological processes that ensure the normal cell function required for a healthy immune response.

Although research on certain nutrients in lobster seems promising, it is important to note that no research directly reflects the benefits of eating lobster.

Review

All comments are moderated before being published

HealthyPIG Magazine

View all
哪些職業對健康影響最大?科學與現實的分析

哪些職業對健康影響最大?科學與現實的分析

在現代社會中,工作佔據了人們生命中相當大的一部分。然而,不同職業對健康的風險並不相同。一些工作性質或環境,會顯著增加慢性病、心理壓力、甚至縮短壽命的風險。以下從科學研究與醫學角度,探討幾類對健康損害較大的職業,並附上相關統計數據。

電擊槍的機制與對人體健康影響

電擊槍的機制與對人體健康影響

在現代執法中,警察常使用所謂「非致命性武器」(less-lethal weapons),其中最廣為人知的便是 電擊槍(Taser)。電擊槍的設計初衷是提供一種介於徒手制服與槍械之間的選擇,藉由暫時性電擊使嫌疑人失去行動能力,以降低致命暴力發生的風險。然而,電擊槍並非完全無害,背後涉及的電流機制與人體生理反應值得深入探討。

PD-(L)1/VEGF「三抗」:腫瘤免疫治療新方向

PD-(L)1/VEGF「三抗」:腫瘤免疫治療新方向

腫瘤治療的新挑戰 近十年來,免疫檢查點抑制劑(Immune Checkpoint Inhibitors, ICIs)改變咗癌症治療格局。當中 PD-1/PD-L1 抑制劑 已經成為多種腫瘤的一線或二線療法,而 VEGF 抑制劑 亦係抗血管生成治療嘅核心藥物。然而,臨床數據顯示,雖然 PD-(L...
疲勞駕駛的健康風險與新科技防護:REMONY 裝置的認證分析

疲勞駕駛的健康風險與新科技防護:REMONY 裝置的認證分析

疲勞駕駛一直是全球道路安全的重要議題。許多人將疲勞視為「只是累了」,但科學研究表明,當人處於極度疲倦時,大腦功能下降的程度可與酒精中毒相當。不僅如此,長時間駕駛還會對身體健康造成慢性負擔。隨著科技發展,越來越多可穿戴裝置被設計用來協助監測疲勞狀態,其中,日本 Medirom 公司開發的 REMONY 裝置近日獲得國土交通省(MLIT)認證,成為市場矚目的焦點。本文將先探討疲勞駕駛的健康風險,然後客觀分析 REMONY 裝置的技術特點與潛力。

腳跟為何會變黃乾裂?成因與護理全攻略

腳跟為何會變黃乾裂?成因與護理全攻略

腳跟皮膚為何容易出現問題? 腳跟係身體承受最大壓力嘅部位之一。每日行走、站立,腳跟長期摩擦同受壓,如果缺乏適當護理,就會導致角質層過度增厚、乾燥同龜裂。當角質層愈厚,皮膚顏色會慢慢變得偏黃,甚至暗啡。 造成腳跟黃、裂、脫皮的常見原因 角質層增厚長期行走或穿硬底鞋,令腳跟角質層積聚過多,顏色...
Wi-Fi 會唔會對人體有害?科學研究同日常生活影響全解析

Wi-Fi 會唔會對人體有害?科學研究同日常生活影響全解析

Wi-Fi 幾乎已經變成日常生活不可或缺嘅一部分。無論係屋企、公司、學校,甚至咖啡店同巴士,都有無線網絡覆蓋。但好多讀者都會擔心:「成日浸喺 Wi-Fi 入面,會唔會慢慢影響身體健康?會唔會致癌?會唔會令我失眠或者精神差?」 今篇文章會由淺入深,帶大家了解 Wi-Fi 嘅電磁波特性、科學研究結...
長時間保持一個姿勢,點解會痛、僵硬、麻痺?|久坐對身體嘅危害

長時間保持一個姿勢,點解會痛、僵硬、麻痺?|久坐對身體嘅危害

好多人每日要長時間坐喺辦公室、電腦前面,或者瞓覺時維持同一個姿勢。結果往往出現腰酸背痛、手腳麻痺,甚至覺得關節「鎖住」郁唔到。久坐傷身腳麻痺點解長時間坐姿影響健康,都係大家經常搜尋嘅問題。今次我哋就一齊睇下背後原因。

癌症如何擴散:從一個器官走到另一個器官的旅程

癌症如何擴散:從一個器官走到另一個器官的旅程

癌症最令人畏懼的地方,不單在於原發腫瘤本身,而是它能夠 轉移(Metastasis) —— 由原本的器官擴散至身體其他部位。事實上,大多數癌症致命的原因,並非來自腫瘤的「原居地」,而是因為它在其他重要器官(如腦、肝、骨、肺)形成了新的腫瘤。

腦癌種類全面介紹|常見類型與特徵

腦癌種類全面介紹|常見類型與特徵

腦癌(Brain Cancer)泛指源自腦部或蔓延至腦部的惡性腫瘤。臨床上可分為兩大類: 原發性腦腫瘤(Primary Brain Tumors):由腦部細胞本身變異而成。 繼發性腦腫瘤(Secondary / Metastatic Brain Tumors):由其他器官的癌細胞(如肺...