高血壓 health update #2
We did a blood test to see exactly what kind or reality I will have to face.
初頭佢哋抽咗血做咗個Test. 我最擔心就係糖尿病心臟病高血壓同埋膽固醇. 我都覺得自己可能有脂肪肝. 但係原來我冇同埋唔使太擔心糖尿病 😅。
Family history: diabetes, heart disease, high BP and cholesterol = biggest worries. I assumed that I have fatty liver even though I famously don’t drink alcohol.
Surprisingly, I am not AS bad as I thought. No fatty liver and no worries in the diabetes department! What a relief!
佢哋都發現咗我啲女性荷爾蒙過多。原來呢個係一個肥人嘅循環越多肥膏就會創越多女性荷爾蒙。維他命D都好低。雖然呢啲問題對身體嘅影響都幾大但係解決嘅方式就係好簡單食維他命咋嘛!
New find: Oestrogen levels were high and testosterone was low = a vicious cycle of fat. Looking at some photos of “Hormone Imbalance Body Types” it explains why my waist and bum and legs are so huge. So we are working on this now. It's a long, slow process but I am very excited about this discovery.
New discovery = low vitamin D (apparently very common)! Something to look out for because it helps the respiratory function and may help fight against Covid.
SO… Update:
After 14 days detox - avoidance of toxifying foods supplements and a mild medication prescribed by Dr Ho (pictured) and my blood pressure has come down from a shocking 170/150 to 134/97 - a whole 40 beats!!!!!
咁14日之後跟住個醫生嘅配方血壓真係少咗40條😊
During the detox there is a lot you have to do your best to avoid. The key phrase is “Try your best”. So the tricks Lifehub have been telling me to try is:
排毒來講呢有好多樣嘢都唔食得嘅最緊要你知其實真係跟唔足最緊要係俾啲信心盡量做囉。我發現咗有幾個貼士都好幫手。
Chew more 趙多啲
Eat greens first 先食菜
Sleep more 瞓多啲咁個人就冇咁肚餓啦
Drink green tea 飲綠茶
I was never hungry during the detox, and I was a but cheeky and didn’t do too much portion control. So I ate a lot of raw vegetables. I didn’t eat raw because of nutrients, I ate raw because I am cheap! You can cook a bag full of vegetables and then only end up with a cup of cooked vegetables, so I imagined 1.) Surely raw raw veggies will be more filling for the same price! 2.) Maybe my body will work harder to break down raw vegetables.
排毒嘅時間真係唔係太肚餓因為我食咗好多生嘅菜。我成日主菜嘅時候都見到有一包咁大嘅變咗一碗咁細我就知唔係咁抵食啦咁我就決定趙多啲生嘅菜咁就會飽肚啲囉。So far我覺得健康生活要靠信任要搵一個信得過嘅醫生同埋要比信心自己係做得到. Thank you for letting me share.
#health #healthjourney @lifehubwellcare
同時也有10000部Youtube影片,追蹤數超過2,910的網紅コバにゃんチャンネル,也在其Youtube影片中提到,...
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testosterone function 在 健吾 Facebook 的精選貼文
睇晒佢。
112300 好想喊,多謝手足!
【文獻整合:產前後 (perinatal) 經母體接觸二噁英對兒童的影響】
撰文:香港人兒科醫生
關於二噁英的基本資料和毒性我就不再贅述了,詳細可以參閱 Dr K Kwong 所寫。我是兒科醫生,所以我參閱的文獻以二噁英對兒童的影響為主。 翻查 Pubmed,近年關於二噁英與兒童的研究,主要針對於產前後 (perinatal) 經母體接觸二噁英對兒童的影響。 這是因為發展中的胎兒對任何有神經毒性 (neurotoxic) 的物質最為敏感,所以理論上影響最大。 巧合的是,就在今年二月, 香港醫學雜誌 (Hong Kong Medical Journal) 就有一份關於香港兒童長達11年的跟進研究 [1]。 但大部分地區包括最近香港發表的研究都是針對 “background level of dioxin” 的影響,即是一般存在於環境的二噁英。 正常來說濃度不高,對嬰孩發展有短期,但無長期的惡性影響 [1-3]。
但問題是,我們現在是擔心被二噁英高度污染,所以參考越南當地的情況應該較適合。 研究人員發現,在受污染地區的媽媽體內的二噁英,比沒有受污染的地區高三至四倍 [4-5]。 研究發現,母親體內的二噁英含量越高,兒童的多方面發展越受到不利影響。 這包括:認知、語言、大小肌肉、身體協調和平衡、和讀寫能力 [5-8]。簡單來說,母親體內二噁英含量越高,兒童在以上各方面表現越差。 這個惡性影響,在跟進到八歲的小朋友身上依然見得到。 受影響的兒童以男孩為主 [6-9]。而且,有發現受影響兒童社交方面發展較弱,有自閉症譜系障礙的徵狀 [10]。
男孩子比較受母體二噁英的影響,又引伸到二噁英引致內分泌異常的問題。 胎兒會因為母親體內二噁英而影響到睪丸激素(testosterone)的分泌 [11-12],而此激素的異常會影響胎兒腦部成長 (詳情太複雜,不詳述)。 二噁英亦會影響幼童的甲狀腺功能 [13]。
除了以上,還有兩點我覺得需要留意。 第一, 越南被橙劑 (Agent Orange) 毒害已經是多年前的事,但受污地區的婦女體內二噁英含量依然高。 亦有研究發現當年因為911事件世界貿易中心倒塌時釋出的二噁英污染物,經過十幾年後,當時在附近的兒童,體內二噁英含量依然比一般人明顯地高 [14]。 由此可見二噁英的毒害是可以影響深遠。
第二,絕大部分關於母嬰的研究,研究人員都是測量母乳內的二噁英含量做數據。這是因為二噁英是脂溶性的 (lipophilic),在母乳的含量和身體積存的份量相約,而母乳是容易最獲得的樣本。 這亦表示,嬰孩會經由母乳繼續攝取二噁英。 世界衛生組織 (WHO)基於研究發現產前二噁英經胎盤對胎兒影響比產後經由母乳吸收影響為大,而且母乳有非常多的其他好處 (詳情請參考衛生署網頁)。 由於母乳餵哺的好處多於壞處,所以繼續建議母乳餵哺[15]。 但我認為婦女需要知道母乳含有二噁英這個事實,然後作決定 (informed choice)。
至於關於二噁英與胎兒先天性異常 (congenital abnormality) 和幼童/青少年的影響,我之後有時間/心機讀完書先再分享。
#香港人
#要平安
#記得去投票
1. Hui LL, Lam HS, Lau EY, NElson EA, Wong TW, Fielding R. Prenatal exposure to dioxins and subsequent neurocognitive and developmental function in Hong Kong Chinese children. Hong Kong Med J 2019 Feb;25 Suppl 3(1):35-39.
2. Koopman-Esseboom C, Weiglas-Kuperus N, Ridder MAJ, eat al. Effects of polychlorinated biphenyl/dioxin exposure and feeding type on infants’ mental and psychomotor development. Paediatrics 1996;97:700-6
3. Nakajima S, Saijo Y, Kate S, eat al. Effects of prenatal exposure to polychlorinated biphenyls and dioxins on mental and motor development in Japanese child raven at 6 months of age. Environ Health jPerspect 2006;114:773-8
4. Tai PT, Nishijo M, Anh NT, Maruzeni S, Nakagawa H, Van Luong H, Anh TH, Honda R, Kido T, Nishijo H. Dioxin exposure in breast milk and infant neurodevelopment in Vietnam. Occup Environ Med. 2013 Sep;70(9):656-62.
5. Tai PT, Nishijo M, Kido T, et al. DIoxin concentrations in breast milk of Vietnamese nursing mothers: a survey four decades after the herbicides spraying. Environ Sai Technology 2011;45:6625-32.
6. Pham NT, Nishijo M, Pham TT, Tran NN, Le VQ, GTran HA, Phan HAV, Nishijo Y, NIshijo H. Perinatal dioxin exposure and neurodevelopment of 2-year-old Vietnamese children in the most contaminated area from Agent Orange in Vietnam.
7. Tran NN, Pham TT, Ozawa K, Nishijo M, Nguyen AT, Tran TQ, Hoang LV, Tran AH, Phan VH, Nadia A, Nishijo Y, Nishijo H. Impacts of perinatal dioxin exposure on motor coordination and higher cognitive development in Vietnamese preschool children: a five-year follow-up. PLoS One 2016 Jan 29;11(1):e0147655.
8. Pham The T, Pham Ngoc T, Hoang Van T, Nishijo M, Tran Ngoc N, Viu Thi H, Hoang Van L, Tran Hai A, Nishijo Y, Nishijo H. Isn’t J Hyg EnvironHealth. 2019 Oct 3 pic:S1438-4639(19)30287-1.
9. Nakajima S, Saijo Y, Miyashita C, Ikeno T, Sasaki S, Kajiwara J, Kishi R. Sex-specific differences in effect of prenatal exposure to dioxin-like compounds on neurodevelopment in Japanese children: Sapporo cohort study. Environ Res 2017 Nov;159:222-231.
10. Nishijo M, Pham TT, Nguyen AT, Tran NN, Nakagawa H, Hoang LV, Tran AH, Morikawa Y, Ho MD, Kido T, Nguyen MN, Nguyen HM, Nishijo H. 2,3,7,8-Tetrachlorodibenzo-p-dioxin in breast milk increases autistic traits of 3-year-old children in Vietnam. Mol Psychiatry 2014 Nov;19(11):1220-6.
11. Anh NTP, Kido T, Honda S, Obama Y, Anh LT, Phuket HD, Vietnam NH, Manh HD, Okamoto R, Nakagawa H, Nakayama SF, Nguyen DD, Van Tung D, Van Chi V, Minh NH, Van Tran N. Androgen disruption by dioxin exposure in 5-year-old Vietnamese children: Decrease in serum testosterone level. Sci Total Environ 2018 Nov 1;640-641:466-474.
12. Araki A, Mitsui T, Miyashita C, Nakajima T, Naito H, Ito S, et al. (2014) Association between maternal exposure to di (2-ethylhexyl) phthalate and reproductive hormone levels in fetal blood: The Hokkaido study on environment and children’s health. PLOS ONE 9:e109039 10.1371/journal.pone.0109039
13. Baccarelli A, Giacomini SM, Corbetta C, Texas al. NEonatal thyroid function in sevens o 25 years after maternal exposure to dioxin. PLoS Med 2008;5:1133-42.
14. Kahn LG, Han X, Koshy TT, Shan Y, Chu DB, Kennan K, Transande L. Adolescents exposure to the World Trade Centre collapse have elevated serum dioxin and furan concentrations more than 12 years later. Environ Int 2018 Feb;111:268-278.
15. Van den Berg M, Kypke K, Kota A, Tritscher A, Lee SY, Magulova K, Fiedler H, Malisch R. WHO/UNEP global surveys of PCDDs, PCDFs, PCBs and DDTs in human milk and benefit-risk evaluation of breastfeeding. ARCH Toxicol 2017 jan;91(1):83-96
testosterone function 在 港式執媽 Facebook 的精選貼文
多謝各界專業人士繼續出聲😭😭😭
好sad既係有醫生搵到文獻指母乳會傳送母體的二噁英比bb
而二噁英對小朋友發育影響深遠,去到8歲都仲見得到影響😭😭😭💔💔💔💔
好sad......香港政府毒害我地既下一代
🖕🏿🖕🏿🖕🏿🖕🏿🖕🏿🖕🏿🖕🏿🖕🏿🖕🏿🖕🏿
#用選票擊退保皇黨
#放催淚彈果班垃圾都會自食惡果
#好傷心
#陳肇始無恥
#恥與為伍
#食衛局局長放棄全香港人健康
112300 好想喊,多謝手足!
【文獻整合:產前後 (perinatal) 經母體接觸二噁英對兒童的影響】
撰文:香港人兒科醫生
關於二噁英的基本資料和毒性我就不再贅述了,詳細可以參閱 Dr K Kwong 所寫。我是兒科醫生,所以我參閱的文獻以二噁英對兒童的影響為主。 翻查 Pubmed,近年關於二噁英與兒童的研究,主要針對於產前後 (perinatal) 經母體接觸二噁英對兒童的影響。 這是因為發展中的胎兒對任何有神經毒性 (neurotoxic) 的物質最為敏感,所以理論上影響最大。 巧合的是,就在今年二月, 香港醫學雜誌 (Hong Kong Medical Journal) 就有一份關於香港兒童長達11年的跟進研究 [1]。 但大部分地區包括最近香港發表的研究都是針對 “background level of dioxin” 的影響,即是一般存在於環境的二噁英。 正常來說濃度不高,對嬰孩發展有短期,但無長期的惡性影響 [1-3]。
但問題是,我們現在是擔心被二噁英高度污染,所以參考越南當地的情況應該較適合。 研究人員發現,在受污染地區的媽媽體內的二噁英,比沒有受污染的地區高三至四倍 [4-5]。 研究發現,母親體內的二噁英含量越高,兒童的多方面發展越受到不利影響。 這包括:認知、語言、大小肌肉、身體協調和平衡、和讀寫能力 [5-8]。簡單來說,母親體內二噁英含量越高,兒童在以上各方面表現越差。 這個惡性影響,在跟進到八歲的小朋友身上依然見得到。 受影響的兒童以男孩為主 [6-9]。而且,有發現受影響兒童社交方面發展較弱,有自閉症譜系障礙的徵狀 [10]。
男孩子比較受母體二噁英的影響,又引伸到二噁英引致內分泌異常的問題。 胎兒會因為母親體內二噁英而影響到睪丸激素(testosterone)的分泌 [11-12],而此激素的異常會影響胎兒腦部成長 (詳情太複雜,不詳述)。 二噁英亦會影響幼童的甲狀腺功能 [13]。
除了以上,還有兩點我覺得需要留意。 第一, 越南被橙劑 (Agent Orange) 毒害已經是多年前的事,但受污地區的婦女體內二噁英含量依然高。 亦有研究發現當年因為911事件世界貿易中心倒塌時釋出的二噁英污染物,經過十幾年後,當時在附近的兒童,體內二噁英含量依然比一般人明顯地高 [14]。 由此可見二噁英的毒害是可以影響深遠。
第二,絕大部分關於母嬰的研究,研究人員都是測量母乳內的二噁英含量做數據。這是因為二噁英是脂溶性的 (lipophilic),在母乳的含量和身體積存的份量相約,而母乳是容易最獲得的樣本。 這亦表示,嬰孩會經由母乳繼續攝取二噁英。 世界衛生組織 (WHO)基於研究發現產前二噁英經胎盤對胎兒影響比產後經由母乳吸收影響為大,而且母乳有非常多的其他好處 (詳情請參考衛生署網頁)。 由於母乳餵哺的好處多於壞處,所以繼續建議母乳餵哺[15]。 但我認為婦女需要知道母乳含有二噁英這個事實,然後作決定 (informed choice)。
至於關於二噁英與胎兒先天性異常 (congenital abnormality) 和幼童/青少年的影響,我之後有時間/心機讀完書先再分享。
#香港人
#要平安
#記得去投票
1. Hui LL, Lam HS, Lau EY, NElson EA, Wong TW, Fielding R. Prenatal exposure to dioxins and subsequent neurocognitive and developmental function in Hong Kong Chinese children. Hong Kong Med J 2019 Feb;25 Suppl 3(1):35-39.
2. Koopman-Esseboom C, Weiglas-Kuperus N, Ridder MAJ, eat al. Effects of polychlorinated biphenyl/dioxin exposure and feeding type on infants’ mental and psychomotor development. Paediatrics 1996;97:700-6
3. Nakajima S, Saijo Y, Kate S, eat al. Effects of prenatal exposure to polychlorinated biphenyls and dioxins on mental and motor development in Japanese child raven at 6 months of age. Environ Health jPerspect 2006;114:773-8
4. Tai PT, Nishijo M, Anh NT, Maruzeni S, Nakagawa H, Van Luong H, Anh TH, Honda R, Kido T, Nishijo H. Dioxin exposure in breast milk and infant neurodevelopment in Vietnam. Occup Environ Med. 2013 Sep;70(9):656-62.
5. Tai PT, Nishijo M, Kido T, et al. DIoxin concentrations in breast milk of Vietnamese nursing mothers: a survey four decades after the herbicides spraying. Environ Sai Technology 2011;45:6625-32.
6. Pham NT, Nishijo M, Pham TT, Tran NN, Le VQ, GTran HA, Phan HAV, Nishijo Y, NIshijo H. Perinatal dioxin exposure and neurodevelopment of 2-year-old Vietnamese children in the most contaminated area from Agent Orange in Vietnam.
7. Tran NN, Pham TT, Ozawa K, Nishijo M, Nguyen AT, Tran TQ, Hoang LV, Tran AH, Phan VH, Nadia A, Nishijo Y, Nishijo H. Impacts of perinatal dioxin exposure on motor coordination and higher cognitive development in Vietnamese preschool children: a five-year follow-up. PLoS One 2016 Jan 29;11(1):e0147655.
8. Pham The T, Pham Ngoc T, Hoang Van T, Nishijo M, Tran Ngoc N, Viu Thi H, Hoang Van L, Tran Hai A, Nishijo Y, Nishijo H. Isn’t J Hyg EnvironHealth. 2019 Oct 3 pic:S1438-4639(19)30287-1.
9. Nakajima S, Saijo Y, Miyashita C, Ikeno T, Sasaki S, Kajiwara J, Kishi R. Sex-specific differences in effect of prenatal exposure to dioxin-like compounds on neurodevelopment in Japanese children: Sapporo cohort study. Environ Res 2017 Nov;159:222-231.
10. Nishijo M, Pham TT, Nguyen AT, Tran NN, Nakagawa H, Hoang LV, Tran AH, Morikawa Y, Ho MD, Kido T, Nguyen MN, Nguyen HM, Nishijo H. 2,3,7,8-Tetrachlorodibenzo-p-dioxin in breast milk increases autistic traits of 3-year-old children in Vietnam. Mol Psychiatry 2014 Nov;19(11):1220-6.
11. Anh NTP, Kido T, Honda S, Obama Y, Anh LT, Phuket HD, Vietnam NH, Manh HD, Okamoto R, Nakagawa H, Nakayama SF, Nguyen DD, Van Tung D, Van Chi V, Minh NH, Van Tran N. Androgen disruption by dioxin exposure in 5-year-old Vietnamese children: Decrease in serum testosterone level. Sci Total Environ 2018 Nov 1;640-641:466-474.
12. Araki A, Mitsui T, Miyashita C, Nakajima T, Naito H, Ito S, et al. (2014) Association between maternal exposure to di (2-ethylhexyl) phthalate and reproductive hormone levels in fetal blood: The Hokkaido study on environment and children’s health. PLOS ONE 9:e109039 10.1371/journal.pone.0109039
13. Baccarelli A, Giacomini SM, Corbetta C, Texas al. NEonatal thyroid function in sevens o 25 years after maternal exposure to dioxin. PLoS Med 2008;5:1133-42.
14. Kahn LG, Han X, Koshy TT, Shan Y, Chu DB, Kennan K, Transande L. Adolescents exposure to the World Trade Centre collapse have elevated serum dioxin and furan concentrations more than 12 years later. Environ Int 2018 Feb;111:268-278.
15. Van den Berg M, Kypke K, Kota A, Tritscher A, Lee SY, Magulova K, Fiedler H, Malisch R. WHO/UNEP global surveys of PCDDs, PCDFs, PCBs and DDTs in human milk and benefit-risk evaluation of breastfeeding. ARCH Toxicol 2017 jan;91(1):83-96