Viewing a response to: @musing-threads/a9976gync
<a href="https://musing.io/q/tatase/fklcpe875"><b>View this question on Musing.io</b></a>
author | tatase |
---|---|
permlink | fklcpe875 |
category | musing-threads |
json_metadata | {"app":"Musing","appTags":["Health"],"appCategory":"Health","appBody":"","appDepth":1,"musingAppId":"aU2p3C3a8N","musingAppVersion":"1.1","musingPostType":"question"} |
created | 2018-10-08 15:24:03 |
last_update | 2018-10-08 15:24:03 |
depth | 1 |
children | 3 |
last_payout | 2018-10-15 15:24:03 |
cashout_time | 1969-12-31 23:59:59 |
total_payout_value | 0.484 HBD |
curator_payout_value | 0.161 HBD |
pending_payout_value | 0.000 HBD |
promoted | 0.000 HBD |
body_length | 89 |
author_reputation | -1,008,912,546,766 |
root_title | "Musing Posts" |
beneficiaries | [] |
max_accepted_payout | 1,000,000.000 HBD |
percent_hbd | 10,000 |
post_id | 72,881,017 |
net_rshares | 438,072,545,921 |
author_curate_reward | "" |
voter | weight | wgt% | rshares | pct | time |
---|---|---|---|---|---|
musing | 0 | 438,072,545,921 | 3% |
<p>Blood pressure is the proportion of how much weight the blood puts on the supply routes estimated in millimeters of mercury. Like water putting weight on a hose. It is estimated at two unique occasions. To begin with, when the heart pulsates it puts more weight on the corridors. This is the "top" number of the pulse. The specialized name is the systolic pressure. At the point when the heart unwinds between pulsates there is less weight however there is still some weight. This is the "base" number or diasystolic pressure. So in the precedent pulse of 120/80 there is 120 millimeters of weight amid the heartbeat and 80 millimeters of weight between pulsates. </p><p>Millimeters of mercury (mmHg) is a proportion of weight. 1 mmHg is the measure of weight it takes to raise a section of mercury 1 mm. In this way, 120 mmHg is the measure of weight it takes to raise a segment of mercury 120 mm.</p>
author | ifunanyasuberu |
---|---|
permlink | pk3qre8hx |
category | musing-threads |
json_metadata | "{"app":"Musing","appTags":["Health"],"appCategory":"Health","appBody":"<p>Blood pressure is the proportion of how much weight the blood puts on the supply routes estimated in millimeters of mercury. Like water putting weight on a hose. It is estimated at two unique occasions. To begin with, when the heart pulsates it puts more weight on the corridors. This is the \"top\" number of the pulse. The specialized name is the systolic pressure. At the point when the heart unwinds between pulsates there is less weight however there is still some weight. This is the \"base\" number or diasystolic pressure. So in the precedent pulse of 120/80 there is 120 millimeters of weight amid the heartbeat and 80 millimeters of weight between pulsates. </p><p>Millimeters of mercury (mmHg) is a proportion of weight. 1 mmHg is the measure of weight it takes to raise a section of mercury 1 mm. In this way, 120 mmHg is the measure of weight it takes to raise a segment of mercury 120 mm.</p>","appDepth":2,"appParentPermlink":"fklcpe875","appParentAuthor":"tatase","musingAppId":"aU2p3C3a8N","musingAppVersion":"1.1","musingPostType":"answer"}" |
created | 2018-10-08 15:29:09 |
last_update | 2018-10-08 15:29:09 |
depth | 2 |
children | 1 |
last_payout | 2018-10-15 15:29:09 |
cashout_time | 1969-12-31 23:59:59 |
total_payout_value | 0.498 HBD |
curator_payout_value | 0.165 HBD |
pending_payout_value | 0.000 HBD |
promoted | 0.000 HBD |
body_length | 905 |
author_reputation | 111,372,576,829 |
root_title | "Musing Posts" |
beneficiaries | [] |
max_accepted_payout | 1,000,000.000 HBD |
percent_hbd | 10,000 |
post_id | 72,881,337 |
net_rshares | 450,814,017,077 |
author_curate_reward | "" |
voter | weight | wgt% | rshares | pct | time |
---|---|---|---|---|---|
nathen007 | 0 | -762,009,956 | -100% | ||
musing | 0 | 451,576,027,033 | 3% |
@steemflagrewards @iamstan @enforcer48 thought you guys might not have enough to do! Check out account @yourinfo and then look at the accounts feeding their wallet. Then correlate the posts on steemhunt and the questions and answers on musing which theyre attempting to screw over right now. Have fun ;-)
author | nathen007 |
---|---|
permlink | re-ifunanyasuberu-pk3qre8hx-20181008t163535031z |
category | musing-threads |
json_metadata | {"tags":["musing-threads"],"users":["steemflagrewards","iamstan","enforcer48","yourinfo"],"app":"steemit/0.1"} |
created | 2018-10-08 16:35:33 |
last_update | 2018-10-08 17:08:36 |
depth | 3 |
children | 0 |
last_payout | 2018-10-15 16:35:33 |
cashout_time | 1969-12-31 23:59:59 |
total_payout_value | 0.000 HBD |
curator_payout_value | 0.000 HBD |
pending_payout_value | 0.000 HBD |
promoted | 0.000 HBD |
body_length | 304 |
author_reputation | 263,267,566,006,830 |
root_title | "Musing Posts" |
beneficiaries | [] |
max_accepted_payout | 1,000,000.000 HBD |
percent_hbd | 10,000 |
post_id | 72,884,890 |
net_rshares | 0 |
<a href="https://musing.io/q/tatase/fklcpe875">View this answer on Musing.io</a><br />
author | sport-planet |
---|---|
permlink | pkxt6edh5 |
category | musing-threads |
json_metadata | "{"app":"Musing","appTags":["Health"],"appCategory":"Health","appBody":"<p>The concept of blood pressure is applied to the force that the bloodstream exerts on the spaces through which it circulates (capillaries, veins, arteries) to be distributed throughout the body. The circulatory system of animals is based on the permanent and constant circulation of blood flow from the heart to the most distant places always through the veins or arteries. This circulation has a rhythm that can vary depending on very different factors and that marks blood pressure.</p>\n<p><br></p>\n<p>Blood pressure is, as has been said, the force with which blood flows through the different arteries and veins of each organism, reaching from the farthest points to the heart and vice versa. This pressure can be of two main types: venous pressure, that is, it occurs in the veins, and blood pressure, which occurs in the arteries, larger and thicker ducts than the veins. Blood enters the heart from the flow of movement that occurs in these ducts known as veins and arteries and is purified to be redirected again, generating a force known as blood pressure.</p>\n<p><br></p>\n<p><br></p>\n<p>Although this depends on each animal and varies with it, the blood pressure considered normal within the medical parameters for humans is 90/55 mm Hg up to 119/79 mm Hg. The two main numbers are those that represent systolic or high blood pressure (when the heart contracts in movement) and the two low numbers at diastolic or low blood pressure (when the heart expands). It is very important for the health of the person to control these numbers because pressures above or below them can indicate the presence of serious complications such as hyper or hypotension.</p>\n<p><br></p>\n<p>It is important to note that blood pressure varies according to the part of the body. In the interior of the aorta, which receives blood pumped constantly through the heart, an average pressure of 100 mm Hg is registered, while at the end of the vena cava it decreases to almost 0.</p>","appDepth":2,"appParentPermlink":"fklcpe875","appParentAuthor":"tatase","musingAppId":"aU2p3C3a8N","musingAppVersion":"1.1","musingPostType":"answer"}" |
created | 2018-10-08 15:30:15 |
last_update | 2018-10-08 15:30:15 |
depth | 2 |
children | 0 |
last_payout | 2018-10-15 15:30:15 |
cashout_time | 1969-12-31 23:59:59 |
total_payout_value | 1.666 HBD |
curator_payout_value | 0.555 HBD |
pending_payout_value | 0.000 HBD |
promoted | 0.000 HBD |
body_length | 86 |
author_reputation | 851,725,327,156 |
root_title | "Musing Posts" |
beneficiaries | [] |
max_accepted_payout | 1,000,000.000 HBD |
percent_hbd | 10,000 |
post_id | 72,881,407 |
net_rshares | 1,504,666,664,517 |
author_curate_reward | "" |
voter | weight | wgt% | rshares | pct | time |
---|---|---|---|---|---|
musing | 0 | 1,504,666,664,517 | 10% |