* This work is fictional, and all persons appearing in it were 18 years of age or older and were filmed with their consent.
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This is the second heartbeat of Mio, age 26.
She's so incredibly cute that you might be speechless for a moment, and I'm sure you'll be surprised by her cuteness when you see her face in the main story.
To give an example using a celebrity, she resembles former Nogizaka46 member Erika Ikuta, and Mio herself said that people often tell her that.
It's so realistic, you start to wonder if it's actually him.
She was slender yet had large breasts; she was a perfect model from every angle.
Her heart rate was about average, but since she doesn't usually exercise much, she became short of breath and her heart rate increased when she did strenuous exercise.
Please note that some parts of this video were filmed with the subject wearing a mask.
The content is,
- Heartbeat sounds when standing and when squatting
- The sound of the heart when a stethoscope is placed on the heart
- Heartbeat when lying on a foot reflexology massage board
- Heartbeat sounds during arm-raising exercises
- The sound of your heartbeat when playing a prank game
• Various blood pressure readings and heart sounds
Doppler sound heard with a heart monitor
- Heart sounds when chest is compressed after exercise
- Carotid artery pulse and heart sounds
- Electrocardiogram and heart sounds while holding your breath
Electrocardiogram and heart sounds during masturbation
That is the case.
The video is 33 minutes and 2 seconds long.
First, we had you listen to your heartbeat while you were standing.
Mio also experiences a faster heartbeat when standing than when sitting, with a heart rate of around 90 BPM.
When she crouched down, she slowed down and said, "Sorry for the delay!"
Conversely, when she stood up, we could see that her heart rate increased after a few seconds, so we could see that Mio's heart changes in this way when she sits down and stands up.
In the section where the heart sounds are heard when the stethoscope is placed on Mio's chest, the video is presented in a first-person perspective, showing me placing the stethoscope I'm holding on Mio's chest and listening to her heartbeat.
If someone this incredibly cute came to the hospital for a checkup, I might end up listening to their heartbeat the whole time.
If I thought about it that way, I'd like to start studying now and become a doctor. But that's impossible, isn't it?
At least during the filming, I was able to listen to it in a way that resembled a medical examination, and my dream came true.
Also, since she's taken off her swimsuit top and is topless, your eyes will likely be drawn not only to her heartbeat but also to her breasts.
After placing the stethoscope near the center of the chest to listen to the heartbeat, I also placed it on the upper right and upper left sides, and in addition to the heartbeat, I could hear the breathing sounds. The respiratory rate was about 16 breaths per minute, which is about average, and I didn't notice any particular abnormalities. Finally, I placed the stethoscope near the lower part of the breast and listened to the heartbeat at the apex.
Based on the sound of her heartbeat while she was on the foot reflexology massage table, she didn't look like she was in pain right after getting on, but when I asked her, she said, "It hurts! It really hurts!", so it seems she was feeling the pain. Mio seems to have a poker face.
What's more, not only does my facial expression seem to change, but my heart rate also seems to slow down a bit right after getting on the bike, rather than speeding up. It's strange, isn't it?
I asked her to squat down right there, and she said, "No way, I can't!" but she did squat down partway, and she had a pained expression on her face, so it seemed like she was really feeling the pain. Just seeing a cute woman in pain and with such a pained expression makes me grin.
I also asked them to stand on it one foot at a time, but they couldn't do that either because it was too painful.
For the heart rate measurements during arm-raising exercises, participants were asked to lift a 2-liter water bottle 20 times, and their heart sounds were recorded during this exercise.
In addition to exercises that put stress on the legs, such as squats and step-ups, I'd like to incorporate exercises that put stress on the arms like this into my routine from now on.
As the participant raised their arms repeatedly, their heart rate increased with each repetition, and each individual beat seemed to become stronger.
For the prank game, which involved listening to people's heartbeats, the game was a fishing game where participants had to fish until only one fish remained before being bitten by a shark. If they were bitten along the way, they would face a penalty game.
There are 12 fish in total, and if you pull on one of them midway through, you'll get bitten, so it's practically an impossible game.
We had the procedure done twice in total. The first time, the dog got bitten about halfway through, and the dog said, "That was a surprise!" and its heart rate seemed to have increased slightly.
He got bitten again almost immediately the second time, so a **** game is definitely in order.
I got to try the electric shock pen.
The moment I pressed the button, she seemed more surprised than when she was bitten by a shark, and it seemed like she was the most excited she'd been during the entire shoot. She looked absolutely adorable.
We measured various blood pressure levels and heart sounds while the patient was sitting, lying down, and standing.
She looked beautiful, her heart sounds showed no irregularities, and she was in perfect health. Her blood pressure was no exception; when measured while sitting and lying down, it was around the average for someone in their 20s, and she was delighted, saying, "That's great!"
However, when we had the patient stand up and measured their blood pressure, it showed "high blood pressure." Not only was the systolic blood pressure elevated, but the diastolic blood pressure was about 30 points higher than when they were sitting or lying down.
I was surprised that her blood pressure rose so much just from standing up, but what surprised me most was that such a cute person's blood pressure was being flagged as high.
For the heart sound monitoring, we had Mio hold the heart sound monitor and apply the Doppler effect herself.
The distinctive sound of Doppler echoes throughout the room, and the person listening commented, "It's so loud! It's so realistic!" describing the difference in sound compared to what you hear with a stethoscope.
I wonder if it would sound something like this if we took Mio's heart out of her body.
When you hold your breath, the sound becomes quieter and slower, but when you resume breathing, the sound becomes louder and faster again.
Furthermore, if you also do squats, the speed gradually increases as you do them, and by the time you finish, it's extremely fast, and the sound is quite loud, reaching noise levels.
It was so loud I thought the heart monitor might break, and I'm sure it was clearly audible to everyone outside.
When I asked them to take a deep breath at the end, the sound gradually became quieter, but it was still much louder than when I first touched them, which probably means their heart was beating much more vigorously.
When measuring heart sounds during chest compressions after exercise, we have the participant perform step-ups to increase their heart rate before compressing their chest.
Before this photoshoot, you did step-ups many times, and also squats, arm raises, and air squats—you probably did more exercise than you have all year, right?
Also, since they haven't eaten anything before the recording of their gastrointestinal sounds, I think they're probably at their physical limit.
After the step-ups were finished and her heart had exceeded its limit of approximately 120 BPM, I pressed down on it from directly above, and I could feel the heartbeat thumping in my hand! And what's more, it was the heartbeat of the incredibly cute Mio, so I received yet another unparalleled reward.
When the camera is held and pressure is applied, the screen shakes in time with Mio's heartbeat. I think you can feel the movement of Mio's heart through the shaking of the video.
Also, in heart sound 1, the heartbeat calmed down when the patient sat up or lay down after stepping up and down, but in this case, we were applying pressure that sped up the heart's movement, so the heartbeat did not calm down and remained fast the whole time.
That much pressure, especially after exercise, must be putting a lot of strain on the heart.
After releasing the pressure, her heartbeat calmed down a bit, but I applied pressure one last time to finish her off.
In the carotid artery pulsation and heart sounds, the area near the base of the left side of the neck, towards the back, can be seen twitching in time with the heartbeat.
You can see the pulsation, so I imagine a tremendous amount of blood is flowing through with each contraction of the heart.
You can't usually get this close to a woman's neck on a train or anything like that, so I'm grateful to be able to see it like this.
For the electrocardiogram and heart sound measurements while holding your breath, we ask you to hold your breath for one minute and observe the changes in your heart rate during that time.
My heart rate was around 69 BPM before I stopped breathing, but it dropped slightly the moment I held my breath.
That's a diving signal. It's risen slightly from there.
I told you to hold your breath for one minute, but it seems that holding your breath for a minute is quite difficult for Mio, as she ends up breathing in between. She probably has a low lung capacity. Please also pay attention to her heart rate during that time.
If you hold your breath again immediately and then breathe as soon as the timer goes off, your heart rate will rise sharply and exceed 70 BPM.
They must have been in a lot of pain.
When I asked if he could hold his breath for two minutes, he said, "No way!"
I couldn't even hold my breath for a minute, so if I were ****d to hold my breath for two minutes, my heart rate would probably go through the roof.
Finally, we ask participants to masturbate while wearing an electrocardiogram, and we monitor the changes in their heart rate during this time.
Not only do I get to witness such a beautiful woman masturbating, but I also get to see her heart rate in real time, so I'm sure I've used up all my luck not just for this year, but for my next life as well.
When the vibrator is applied, my heart rate initially drops, then rises again, and then drops again very quickly.
I guess it depends on how you aim it.
She let out a breathy moan, and finally, after saying "I'm about to come," she quietly reached orgasm, her heart rate slightly elevated at that moment. Judging from the speed of her heartbeat, it's possible that Mio was more sensitive to the adult toys used in Heartbeat 1 than to the vibrator.
Even so, when you hit the target, your heart rate increased, and you clearly felt it.
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The model's face is not blurred in the video.
