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Samsung Care+ ahora ofrece reemplazos de pantalla gratuitos e ilimitados

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En los Estados Unidos, Samsung Ofertas Cuidado + Con cuatro planes. El más premium de estos, Care+ con Theft and Loss, así como el siguiente plan más premium, Care+, ofrece reemplazo de pantalla y panel posterior. Sin embargo, si desea reemplazar estas piezas, la empresa le cobra una pequeña tarifa de 29 dólares. Pues bien, la marca ya no cobrará esta tarifa con Care+ con Robo y Pérdida.

Como lo vi policía robóticaEn EE. UU., Samsung Care+ con Theft & Loss ahora ofrece reemplazos gratuitos de pantalla y panel posterior. Al igual que antes, puedes reemplazar estas piezas un número ilimitado de veces. El cambio se aplica a los cuatro niveles del plan (Nivel 1, Nivel 2, Nivel 3 y Nivel 4), así como a los tres tipos de dispositivos que cubren (teléfonos, tabletas y relojes).

Afortunadamente, Samsung ofrece la función sin aumentar el precio del plan (mensual y por adelantado). Lo que es aún mejor es que la compañía está trabajando para expandir esta función a los suscriptores del plan existente. Este movimiento hará más felices a las personas y puede ser otra razón para que se queden con Samsung en comparación con otras marcas. Con suerte, el gigante tecnológico ampliará esta función también a otros mercados.

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Politics

La verdadera historia de Take Care Of Maya (todas las actualizaciones)

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El siguiente artículo contiene discusiones sobre el suicidio.

resumen

  • “Take Care of Maya” es un documental que cuenta la desgarradora historia real de la lucha de la familia Kowalski para salvar a su hija Maya de una rara enfermedad llamada Síndrome de Dolor Regional Complejo (SDRC).
  • El viaje de Maya incluye un arriesgado tratamiento de coma con ketamina en México, que alivia temporalmente sus síntomas, pero finalmente recae, lo que le provoca un dolor intenso y una visita a la sala de emergencias.
  • La película destaca los trágicos acontecimientos que siguieron, incluidas las sospechas del personal del hospital de que Maya tenía el síndrome de Munchausen por poder (MSbP), la pérdida de la custodia de Maya y el trágico suicidio de Beata.
  • Los Kowalski recibieron 261 millones de dólares en una demanda de 2023 contra el hospital.

Cuida a maya La película describe la historia real de la familia Kowalski (Jack, Beata, Maya y Kyle) y su trágica lucha para salvar a Maya después de un viaje a la sala de emergencias. El documental se estrenó en el Festival de Cine de Tribeca el 10 de junio de 2023, antes de agregarse a la biblioteca de streaming de Netflix el 19 de junio. La película recibió críticas muy favorables cuando el público de todo el mundo se dio cuenta de los antecedentes de Maya y de lo que les sucedió a ella y a su familia en 2016. Unos meses después del estreno de la película, la historia continuó cuando la familia volvió a ser noticia de última hora.

Después de que Jack y Beata Kowalski se casaron, la pareja empezó a intentar tener un hijo. Enfrentaron algunas dificultades, pero al final, su hija Maya nació en 2005 y, dos años después, nació su hijo Kyle. Jack y Beata estaban muy felices y, como Jack señaló Cuida a mayaBeata hará cualquier cosa por sus hijos. debido a la mala suerte, Cuando Maya tenía 10 años, la vida de la familia Kowalski cambió para peor.

Relacionado con

Los 25 mejores documentales de Netflix ahora mismo

Netflix tiene muchos documentales aclamados por la crítica que puedes ver, pero la gran cantidad es asombrosa. ¿Cuáles son las mejores películas para ver primero?

Maya fue diagnosticada con Síndrome de Dolor Regional Complejo a los 10 años

Diagnosticado en septiembre de 2015.

Maya y Beata Kowalski miran a la cámara en lo que parece ser una habitación de hospital en Take Care Maya.

A principios de 2015, Maya, que en ese momento tenía 10 años, enfermó gravemente cuando comenzó a experimentar dolores intensos. Sus síntomas incluyeron congestión torácica, dificultad para respirar, letargo, dolor de cabeza, visión borrosa, lesiones cutáneas, distonía en las extremidades inferiores y dolor crónico en general. Muchos médicos estaban confundidos por sus síntomas y no pudieron intentar un diagnóstico. Sin embargo, Beata no se rindió y, después de meses de citas médicas y visitas al hospital, la familia finalmente obtuvo una respuesta cuando conocieron al Dr. Anthony Kirkpatrick.

El Dr. Kirkpatrick diagnosticó a Maya con síndrome de dolor regional complejo (SDRC) en septiembre de 2015. Él era anestesiólogo y experto en SDRC, y pudo identificar que Maya tenía el síndrome. Después de diagnosticar su condición, el Dr. Kirkpatrick recomendó que Maya fuera tratada con ketamina para reducir su dolor y sus síntomas, como se describe en Cuida a maya.

Clínica Mayo
Los informes indican que el CPRS generalmente se desarrolla después de una lesión, cirugía, accidente cerebrovascular o ataque cardíaco.

Relacionado con

Cuidando a Maya: Explicando los efectos de la ketamina y por qué se usó para tratar el SDRC de Maya

A continuación se desglosa por qué se usó ketamina para tratar el complejo síndrome de neuralgia de Maya Kowalski, como se ve en el documental de Netflix Take Care of Maya.

Los médicos pusieron a Maya en coma con ketamina para tratar el SDRC

La operación médica se realizó en noviembre de 2015.

Maya Kowalski está en coma de ketamina en Take Care of Maya de Netflix.

El Dr. Kirkpatrick comenzó a darle a Maya dosis bajas de ketamina, pero como esas dosis resultaron ineficaces para tratar sus síntomas, El médico recomendó que Maya probara el coma con ketamina. La operación, que implicó administrar a Maya dosis extremadamente altas de ketamina y dejarla en coma durante cinco días, sólo pudo realizarse en México. Un coma de ketamina conllevaba muchos riesgos, incluida la posible muerte, pero la familia Kowalski sabía que no tenían otras opciones para ayudar a Maya a escapar de su dolor crónico.

Jack, Beata y Maya viajaron a Monterrey, México en noviembre de 2015 para que Maya pudiera recibir el coma de ketamina. El procedimiento fue exitoso y alivió los síntomas de Maya. Sin embargo, cuando la familia regresó a Estados Unidos, Maya tuvo que seguir recibiendo dosis bajas de ketamina para evitar que sus síntomas reaparecieran.

Maya recayó y fue hospitalizada tras un año en coma

Maya fue hospitalizada en octubre de 2016.

Imagen dividida de imágenes de vigilancia del hospital de Maya en su cama de hospital bajo el cuidado de Maya.

El coma con ketamina y bajas dosis de ketamina funcionaron para Maya durante aproximadamente un año hasta que recayó el 7 de octubre de 2016. Comenzó a sentir tanto dolor que gritaba, por lo que Jack la llevó a la sala de emergencias del Hospital Infantil Johns Hopkins en St. Petersburgo, Florida, donde Beata los encontró después de salir del trabajo.

Desafortunadamente, una vez que llegaron, ninguna de las enfermeras ni los médicos habían oído hablar del CNS y no pudieron tratarla por el dolor. Cuando Beata llegó, explicó que la ketamina era lo único que podría ayudar a Maya, pero los médicos se negaron a escucharla.

La situación rápidamente empeoró cuando el personal del hospital empezó a sospechar de Beata.

Años más tarde, en el juicio del caso, los médicos y enfermeras que confrontaron a Beata en el hospital alegaron que ella era agresiva, exigente y controladora mientras intentaba convencer a los médicos de que le dieran ketamina a su hija. Aunque los médicos intentaron ayudarla, no lo hicieron. La condición de Maya no mejoró porque no escucharon a Beata y no trataron a Maya para el SNC. Desafortunadamente, la situación rápidamente empeoró cuando el personal del hospital comenzó a sospechar de Beata.

Maya fue separada de Jack y Beata después de que el personal del hospital contactara a los Servicios de Protección Infantil.

El hospital se negó a ayudar a Maya y la mantuvo alejada de sus padres.

Beata sonríe con su hija Maya (cuando era pequeña) en la película Cuida a Maya.

El personal del Hospital Infantil Johns Hopkins decidió ponerse en contacto con los Servicios de Protección Infantil (CPS) porque sospechaban que Maya era víctima del síndrome de Munchausen por poder (MSbP), que ahora se conoce como trastorno facticio impuesto a otro (FDIA). La Dra. Sally Smith, pediatra especializada en abuso infantil, llegó al hospital el 11 de octubre, cuatro días después de que Maya fuera hospitalizada, y comenzó a interrogar a Jack y Beata. El Dr. Smith concluyó que la pareja estaba abusando de su hija y Maya fue puesta bajo custodia estatal.Esto significaba que Jack y Beata no podían verla.

Jack pudo ver a Maya brevemente, ya que su condición seguía deteriorándose sin tratamientos con ketamina.

Los Kowalski pronto contrataron a una abogada, Deborah Salisbury, para que los ayudara a recuperar a su bebé bajo su custodia. Desafortunadamente, esta tarea resultó difícil y el juez incluso emitió una orden de prohibición de contacto con Yata y Maya. Jack pudo ver brevemente a Maya, cuyo estado siguió deteriorándose sin tratamientos con ketamina. La familia pasó por varias audiencias judiciales durante los siguientes dos meses, incluida una en la que Beata solo quería abrazar a su hija. Sin embargo, muchos jueces siguieron poniéndose del lado del hospital. Beata estuvo 87 días sin ver a Maya, lo que derivó en la tragedia.

Beata se suicidó en 2017

Beata creía que su muerte era lo único que salvaría a su hija

Beata Kowalski mira a la cámara en Take Care of Maya.

Beata se suicidó el 8 de enero de 2017Dejó un correo electrónico a su familia explicando el motivo. En el correo electrónico, Beata escribió: “Por favor cuida a Maya y dile cuánto la amo todos los días… Lo siento, pero ya no puedo soportar el dolor que siento por estar lejos de Maya y ser tratado como un criminal. No veo a mi hija sufrir y su condición empeora.

Quería que su hija saliera del hospital y recibiera tratamiento para el SNC, y pensó que ésta era la única manera de lograrlo. El 13 de enero, Jack recuperó la custodia de Maya.

Relacionado con

¿Quién es la Dra. Sally Smith y qué le pasó después de cuidar a Maya?

Cuidando a Maya detalla el papel de la Dra. Sally Smith en los problemas legales y emocionales de la familia Kowalski, y aquí hay detalles sobre dónde se encuentra ahora.

La familia Kowalski gana una demanda por 261 millones de dólares en 2023

Jack demandó al hospital por negligencia

Imagen mixta entre Beata y Maya en Take Care of Maya.
Imagen personalizada por SR Editor

fecha

Cronología de la enfermedad de Maya Kowalski

septiembre 2015

El médico comenzó a tratar a Maya por SDRC.

noviembre 2015

Maya fue puesta en coma de ketamina

7 de octubre de 2016

Maya fue llevada al Hospital Infantil Johns Hopkins

11 de octubre de 2016

El hospital llama a las autoridades y se niega a ayudar a aliviar el dolor de Maya.

8 de enero de 2017

La madre de Maya se suicida para intentar que la liberen

noviembre 2023

La familia de Maya gana la demanda contra el Hospital Infantil Johns Hopkins

Cuida a maya La película reveló lo que le pasó a Beata, pero no explicó cómo se desarrolló la demanda de su familia contra el Johns Hopkins Children's Hospital, ya que aún estaba en curso cuando se estrenó el documental. Después de la muerte de Beata, la familia Kowalski demandó al hospital por muerte por negligencia, lo que les causó angustia emocional a ella y a Maya, encarcelamiento injustificado y agresión. De acuerdo a puebloel hospital fue declarado responsable de los cargos el 9 de noviembre de 2023, y Los Kowalski recibieron 261 millones de dólares en daños y perjuicios.

¿Dónde está Maya Kowalski hoy?

El hospital retoma el pleito y Maya vive con dolor

El juicio y fallo a favor del abuso y muerte de su madre por parte de Maya Kowalski acabó siendo apelado por el Hospital Infantil Johns Hopkins. Sin embargo, las cosas no salieron como esperaba el hospital. Un juez dictaminó en enero de 2024 que el Hospital Infantil Johns Hopkins no tendría un nuevo juicio. En el caso fueron condenados por retener a una joven contra su voluntad, negarle el tratamiento que necesitaba para detener su dolor crónico y obligarla a soportarlo sin ayuda.

Sin embargo, aunque el juez dijo que no habría un nuevo juicio, redujo la cantidad que el hospital debía a la familia en $47,5 millones, haciendo que la cantidad adeudada a Maya y su familia fuera de $213,5 millones.No cabe duda de que los distintos premios económicos otorgados por el jurado son importantes.“Dijo el juez Hunter Carroll en su orden (traducción Noticias de salud de Florida“).Pero el hecho de que estas cosas sean grandes no significa necesariamente que sean excesivas. En casi todos los casos aquí, no lo es.“El juez también desestimó los cargos de mala conducta del jurado.

El abogado del hospital, Ethan Shapiro, dijo que presentarían la apelación, alegando que el padre fue abusado a pesar de que hay pruebas de lo contrario. El hospital presentó su apelación final en agosto de 2024.

Maya, que ahora tiene 18 años, vive con su padre Jack y su hermano Kyle en Venice, Florida. Sin embargo, los tribunales dijeron que Maya ya no podía usar tratamientos con ketamina, por lo que incluso después cuidado mayaMaya vive en constante dolor y no busca tratamiento médico. Aunque finalmente recuperó el uso de sus piernas, todavía sufre del síndrome de dolor muscular crónico. Nick Whitney, uno de los abogados de Maya, dijo:Nunca tuvo la oportunidad de buscar el consejo que realmente necesitaba por miedo a que lo usaran en su contra..” (a través de Piezas)

Cartel de la película Cuida a Maya
Cuida a maya

Dirigido por Henry Roosevelt llega Take Care of Maya, un documental que explora el caso que rodea a Maya Kowalski y las fallas en el sistema de bienestar infantil que la separaron de su familia. Poco después de que su hija fuera hospitalizada por una enfermedad neurológica, Jack Kowalski y su esposa fueron acusados ​​de abuso infantil, lo que dio lugar a una gran batalla legal para ella.

salida
henry roosevelt
fecha de lanzamiento
10 de junio de 2023
Distribuidores
netflix
tiempo de funcionamiento
103 minutos

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Samsung ofrece a la gente una segunda oportunidad de comprar Samsung Care+

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Cuando compras un teléfono inteligente Samsung en el sitio web oficial de la marca, tienes la opción de comprar Samsung Care+ Para el dispositivo. Dependiendo del plan que elijas, ofrecen una garantía extendida y cubren el dispositivo contra daños accidentales, pérdida y robo. Si no adquiere el plan al comprar el dispositivo, no podrá comprarlo en una fecha posterior. Bueno, ahora puedes hacerlo, al menos por tiempo limitado y para dispositivos seleccionados en EE. UU.

La historia continúa después del vídeo.

Samsung ha lanzado una campaña en Estados Unidos donde la compañía regala dinero a las personas que hayan comprado un dispositivo Galaxia S24, Galaxy Z Fold 5o Galaxy Z Flip 5 Y sin Samsung Care+ una (segunda) oportunidad de adquirir el plan de protección. La campaña está actualmente activa y finalizará el 30 de junio de 2024. Entonces, si se arrepintió de no haber comprado Samsung Care+ al comprar el teléfono inteligente, esta es su oportunidad de obtener uno. Para comprar Samsung Care+ en la última campaña, Visita este enlace Y haga clic en el botón comprar ahora.

Hay cuatro planes entre los que puede elegir: Samsung Care+ Essential, Samsung Care+, Samsung Care+ con robo y pérdida y seguro contra robo y pérdida. El primer plan cubre únicamente averías mecánicas. El segundo plan brinda protección contra caídas y derrames accidentales además de lo que cubre el primer plan. El tercer plan agrega cobertura por pérdida o robo del dispositivo al segundo plan. El cuarto plan sólo cubre la pérdida y robo del dispositivo. Puedes consultar los detalles y precios de los cuatro planes en las imágenes a continuación.

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Life Style

Are robots the solution to the crisis in older-person care?

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Person sitting in wheelchair in middle of room, touching seal robot

Interactive therapeutic robot Paro keeps a resident company at a nursing home in Japan.Credit: Noriko Hayashi/Panos Pictures

Clara Berridge, an ethicist at the University of Washington, Seattle, recalls a story told by a colleague to a group of health-care and social-work students.

An older man in a nursing home was given a robot that looked like a stuffed animal for companionship. He became attached to it and when he later fell ill and died, the nursing-home staff found him clutching his robot companion.

When the class was asked to offer impressions of the scenario they were split: either they thought it was beautiful that he wasn’t alone in his last moments, or they felt it was tragic to die without a human connection.

Robots are an increasingly popular form of therapy for older people with dementia. It’s been suggested that social robots, on which much of the research has been based, can improve people’s moods, increase social interaction, reduce symptoms of dementia and give carers some much-needed relief.

But some researchers are beginning to question if these devices are ready for widespread use with this population. The research proving robots’ worth is sparse, and there are ethical concerns — especially around the idea that their use might reduce human contact in a population that is dearly in need of it.

“If we’re going to invest resources in elder care, I want more staff in the facility so they don’t die alone,” Berridge says. Her grandmother passed away on her own in an understaffed nursing home during the COVID-19 pandemic. Berridge’s grandmother didn’t have the option of a robot companion, but Berridge would not have wanted that for her anyway. “There are so many other things I would choose for her before a robot,” she says.

Early adopters

The robots being used in therapy for older people and people with early cognitive decline fall into two broad categories: service robots and social robots. Service robots are designed to help people in their daily lives, such as by assisting with household tasks or mobility. Developing a robotic assistant that can navigate the home and safely interact with people and objects in its environment remains technologically challenging, however.

Two robot seals (one white, one pink) on a shelf, each with a wire plugged in at the mouth.

Paro robots, shown charging, are among the most common examples of social robots.Credit: FRANCK ROBICHON/EPA-EFE/Shutterstock

As a result, social robots intended to offer companionship and provide cognitive stimulation are a more common sight in care settings for older people. Some are humanoid in design and intended to act as ‘intelligent’ companions, holding rudimentary conversations and leading games and activities. Other social robots aim to mimic pets that can respond in some way to a person’s voice and touch.

Animals (often dogs) have been used in care settings to help residents to become more social and less agitated, and to improve their quality of life. But animals require a lot of care, whereas a robot pet does not. The most common example of this kind of social robot is Paro. Rather than a dog, the robot, which was designed in Japan, looks like a baby harp seal. A seal was chosen because it would be familiar and approachable, but it is not a common pet so a person would not immediately spot differences between its behaviour and that of the real animal. Paro is typically used to provide a form of pet therapy to older adults in assisted-living facilities, offering companionship and encouraging interaction between residents of the facilities and staff during therapy sessions.

Lillian Hung, creator of the Innovation in Dementia care and Aging (IDEA) lab at the University of British Columbia in Vancouver, Canada, purchased the furry bot in 2017 to use with people with dementia who had been admitted to Vancouver General Hospital. Initially, she used it in group therapy for people with dementia, and to help people who were reticent to talk during admission and discharge. But over time, Hung found more uses for Paro.

In one case, the robot came to the aid of a patient in accident and emergency who was hitting staff who came near him, and who kicked a laboratory technician trying to take a sample of his blood. “He had a cardiac condition that needed diagnostics and we had two choices: physically or chemically restrain him, or leave him alone,” Hung says. “Both options were not good.”

Instead, Hung placed Paro in the man’s lap. Paro turned its head as if waking from a nap, opened its eyes, and looked up at the patient. The man asked the robot if it had eaten lately. When Paro started moving around, the man began petting it. While he was engaged with Paro, the staff were able to perform the tests that they needed.

“I hadn’t planned to use the robot for that reason, but in the moment it was useful,” Hung says. “The patient had quality care and safety, and the staff were able to get their work done.”

In 2019, Hung reviewed 29 studies of Paro’s use in older-person care settings around the world with people with dementia1. She found three main benefits of the bot: reduced negative emotions and behaviours among patients, better social engagement and improved mood and care experience. “For an older person who is frail and struggles with language, the robot doesn’t judge,” Hung says. “It offers an unconditional presence. Regardless of what they say, it is always happy to listen.”

Creators of other social robots think that they could also be beneficial for this population. In 2020, Mohammad Mahoor, an electrical and computer engineer at the University of Denver in Colorado, built the third iteration of a humanoid companion robot he calls Ryan, which he began working on in 2013. The robot can recognize speech and facial expressions, and is designed to help reduce social isolation among people with early-stage dementia or depression by engaging them in conversation. Ryan can also remind people to take medications and can lead mental and physical games.

“Mostly these people live alone, their mood is down. We want to improve their quality of life,” Mahoor says. “When you engage residents, they are happier and their family members are more satisfied.”

Mahoor has carried out research in assisted-living facilities with Ryan. In one study, six older people with early cognitive decline were given around-the-clock access to Ryan for 4–6 weeks2. The participants reported enjoying interactions and conversations with Ryan and feeling happier when it was there. However, they did not report feeling less depressed after talking to the robot, and said it was not the same as talking to a real person — a distinction Mahoor understands. “We’re not replacing human interaction, just filling in the gaps,” he says.

Ryan is currently being used in two assisted-living facilities near Denver. The robot stays in the common area. Residents have a card that they can tap on it to spend 30 minutes each day talking, playing games or doing other activities.

Arshia Khan, a computer scientist at the University of Minnesota Duluth, is also working to show that robots can improve the quality of life of people with dementia. Humanoid companion robots, she says, can engage and stimulate people and reduce levels of anxiety and depression. They can also provide respite for carers by leading bingo sessions and playing games with residents in assisted-living facilities.

In one study, Khan and her colleagues placed Pepper and NAO — two humanoid robots built by the firm Softbank Robotics in Tokyo, and then specially programmed by Khan — in eight nursing homes in Minnesota. Surveys were conducted before and after implementing the robots. Compared with nursing homes that didn’t deploy robots, residents of facilities that did felt happier, more cared for, and less tired and frustrated after engaging with the robots3.

Cautious attitudes

Hung expects some resistance from carers to the use of robots. “Not everyone is ready to have robots,” she says. “When we did interviews with organizational leaders, they said money wasn’t the issue — their staff weren’t willing to work with robots.” While running a focus group at one care home, Hung and her colleagues returned from lunch to find the robot that they had brought with them not only unplugged, but wearing a paper bag over its head. “They were worried it was secretly recording them,” she says.

Five people sit around a table, facing a humanoid robot.

Companion robot Ryan is currently being used in two assisted-living facilities in the United States.Credit: Loclyz

Some older people also have concerns. In a 2023 study led by Berridge, 29 people living with mild Alzheimer’s disease were asked how they felt about robots and other assistive technologies4. Their key concerns were privacy — they wanted to know if the technology was monitoring them — and loss of human connection. Most participants said that they would prefer visits and phone calls from friends and family, or social outings and activities, over what a robot could offer.

In a separate survey of adults who were generally tech-savvy, respondents described social robots as “creepy,” “manipulative” and “unethical”, and said that they offer only the illusion of intimacy5. Most thought that an artificial companion would not make them feel less lonely (see ‘A frosty reception’).

Two bar charts displaying survey results show most people thought that a robot would not make them feel less lonely. Most people were also not comfortable with the idea of a carer letting them believe that an artificial companion was a real person.

Ref. 4

They were also uncomfortable with the idea that a carer might let them believe that a robot was a real person if they lacked the cognitive ability to know for themselves. Berridge says that this is an issue on which ethicists are split. Some think that if the belief soothes people, then the deception, intentional or not, shouldn’t matter. Others see it as potentially taking advantage of extremely vulnerable people. “Concerns consistently arise over the possibility of withdrawing human interaction and touch, dishonesty, and potential for diminished dignity, which philosophy-trained ethicists will tell you needs to be protected — even and especially when people lack autonomy,” Berridge says.

Uncertain benefits

In addition to concerns that older people and their carers might not be comfortable with social robots, there are also questions about the utility of these devices.

hands holding white robot with blue eyes and pink ribbon tied around neck.

Some users with cognitive decline showed higher stress levels after using the communication robot Chapit.Credit: Tomohiro Ohsumi/Getty Images

In a 2022 meta-analysis of 66 studies of companion robots6, ‘telepresence’ communication robots, assistive robots and multifunctional robots being used to support people with dementia, Clare Yu, who studies dementia prevention at University College London, and her colleagues found that many of the robots were generally liked by study participants and could feasibly be used in a nursing home. And most studies reported that the robots did what the authors anticipated: relieved loneliness and isolation, reduced anxiety, and improved quality of life. But the researchers noted significant difficulties as well. Paro, for instance, is heavy, expensive and noisy; humanoid companion robots tend to have speech-recognition issues; and telepresence and multifunction robots were difficult to use.

Yu and her colleagues also don’t think that the design of these studies was sufficient to provide compelling evidence of benefit to people with dementia. According to Yu, many studies didn’t compare robots with other forms of care, such as human interventions. Sample sizes were often too small to draw conclusions, some studies didn’t use well-validated outcomes, and many didn’t appropriately randomize their cohorts. As a result, despite seemingly positive results in many cases, Yu and her colleagues concluded that there was no clear evidence that robots improved people’s quality of life, cognition or behaviour.

“Before I did this meta-analysis, I was really excited,” Yu says. “I thought robots were something that could be used in the future for people with dementia.” She now has serious doubts. “I think they are something that can be used in the future, but not at this present moment. We need some time to do more research to be able to say they are definitely beneficial.”

Another 2022 review7 that analysed nine studies of Paro suggested that the seal robot could improve quality of life for people living with dementia and reduce their use of medications. However, the authors similarly tempered their conclusion by noting that the studies that they analysed were mostly of low to moderate quality, meaning the authors were “cautious to make positive comments on the role of Paro”.

A 2020 study8 from a team of researchers in Japan went so far as to suggest that communication robots might be detrimental for some people with dementia. Twenty-eight older people, 11 of whom had cognitive decline, received sessions with Chapit, a stuffed-toy robot with speech recognition that can play games with users. Measurements of electroencephalogram (EEG) activity and salivary cortisol levels, taken before and after sessions, showed higher levels of stress among the participants with cognitive decline after using Chapit, but not among those in the group without cognitive decline. People with cognitive decline also reported not enjoying their time with Chapit, whereas people without cognitive decline did enjoy it — a finding that matched the EEG results.

A study last year9 from the same group used EEG activity to determine whether Chapit activated participants’ posterior cingulate gyrus and precuneus — parts of the brain that affect reflection, self-consciousness, imagination and prediction. In people without cognitive impairment, these areas were activated by the use of Chapit. In people with cognitive impairment, however, there was no significant change in brain activity.

The allure of technology

With efficacy being questioned, and signs of resistance among carers and prospective users, widespread adoption of robots in older-person care settings faces clear obstacles. “I don’t feel we are ready to have large-scale implementation,” Yu says.

To the right person stands next to robot, facing three elderly people (one sits in a chair, the other two sit in wheelchairs)

Arshia Khan uses a robot to run cognitive-stimuation quizzes with care-home residents.Credit: Devonna Palmer

She thinks that higher-quality studies and randomized control trials with the power to show clear benefits need to be done first. Then, the findings need to be weighed against the cost of the intervention. “I don’t think there is anyone doing economic evaluations looking to see if the money spent is worth the benefits we gain,” she says.

It took Mahoor upwards of US$6 million to get to the current iteration of Ryan. He has seven units for which he is looking for buyers. Most care homes he has worked with cannot afford to purchase Ryan, so the robot will also be provided through a lease of $1,200 a month for 10 users. Khan, meanwhile, says that the base price for the robots she has worked with is $37,000, not including software, maintenance, or training and support. These costs have fuelled concerns that, should the robots prove effective, they will be out of reach of all but the most well-funded and exclusive care homes.

Caleb Johnston, an anthropologist at Newcastle University, UK, who has studied the ethics of using robots with ageing populations, says that in many areas, including in the United Kingdom, social care is chronically underfunded, even as money pours into social robots. Although “these may help with social and emotional support” he says, the system will still rely on poorly paid carers, often from overseas, “to do the messy work”, he says.

Berridge also thinks it is important that the needs of the people whom the technology is supposed to help are not lost as it rapidly improves. “Are we designing robots with and for people living with dementia? Or are we designing to manage people living with dementia?” she says. “We risk undermining solutions with wider and deeper reach when we don’t do an honest assessment of the nature of the problem being targeted.”

“There’s a lot of hype,” she adds. “I would say that tends to squeeze out critical questioning.”

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Samsung Care+ plans to get costlier but bring unlimited battery repairs

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Samsung is bringing unlimited battery repairs to Samsung Care+, its premium after-sales service plans. However, the Samsung Care+ and Samsung Care+ with Theft and Loss plans are getting pricier by $2 per month in the USA with this change. This change is happening from May 2024.

This change was spotted by Android Authority.

Samsung Care+ is getting unlimited battery repairs but also gets pricier

Samsung Care Plus Benefits

Samsung Care+ is Samsung’s premium after-sales service plan that offers free or discounted repairs for accidental damage. It was launched a few years ago and has two tiers. Both of them are getting unlimited battery repairs. However, there are a few conditions to note. The battery will only be replaced with a new one if the older battery’s health has reduced to 79% or lower. The battery health will be identified by Samsung’s diagnostic test.

Moreover, the battery will be repaired for free only if the device hasn’t received accidental damage. The battery repair option will only be available through walk-in or mail-in modes. All current Samsung Care+ subscribers have been sent notifications for these changes.

Samsung Care+ and Samsung Care+ with Theft and Loss plans don’t come cheap. The prices of these plans also vary by the device. These plans currently cost anywhere from $8 to $18 per month, depending on the device. However, starting May 2024, the prices will go up to $10-$20 per month.

What is Samsung Care+?

Samsung Care Plus Plan Benefits

Samsung Care+ is the company’s premium after-sales service plan that offers unlimited repairs, drops and spills repairs, and repairs for mechanical breakdowns (after the one-year standard warranty ends). It also offers screen repairs for just $29. Samsung also offers 24×7 expert support for device-related issues.

It also offers users peace of mind, as all repairs are done by Samsung-certified service centers or technicians. Under this plan, only genuine parts are used for repairs.

Samsung Care+ is available for laptops, smartphones, smartwatches, tablets, and wireless earbuds. Samsung Care+ with Theft and Loss plans are available for only smartphones, smartwatches, and tablets. It costs more than the Samsung Care+ plan, though.

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Vision Pro health apps are changing medical care

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Powerful new health and wellness apps take advantage of visionOS’s “infinite canvas” to use spatial experiences to improve patient outcomes in clinical settings and at home, Apple said Monday. It seems that Vision Pro health apps are changing medical care.

“We’re thrilled to see the incredible apps that developers across the healthcare community are bringing to Apple Vision Pro,” said Susan Prescott, Apple’s vice president of Worldwide Developer Relations. “The imagination and drive of our developers, combined with the technical capabilities of visionOS, are igniting new possibilities for physicians, frontline workers, and even students, and we can’t wait to see what’s to come.”

visionOS health apps benefit users through spatial experiences

Accordingly, Apple pointed out that medical institutions and developers have worked with products like iPad and iPhone for a long time. Apple gear has helped improve patient outcomes, increase efficiency, save money and supercharge research. Now it’s Vision Pro’s turn.

“Vision Pro seamlessly blends digital content with the physical world, unlocking powerful spatial experiences in an infinite canvas,” Apple said. “And with the unique capabilities of visionOS, healthcare developers are creating new apps that were not previously possible. [They] transform areas such as clinical education, surgical planning, training, medical imaging, behavioral health and more.”

In support of the premise, the iPhone giant listed some choice examples of healthcare and wellness apps.

Aiding behavioral health and wellness

Cedars-Sinai’s Xaia app (pictured above; watch a video demo) uses Vision Pro to support patients’ mental health. The app’s “trained digital avatar offers patients AI-enabled, conversational mental health support in relaxing spatial environments where they can also do deep breathing exercises and meditation.” The patient could be at home or somewhere like a beach. And privacy remains intact, as the app requires no patient information.

“Apple Vision Pro’s stunning display offers a gateway into a world of immersive, interactive behavioral health support — a quantum leap beyond previous technologies,” said Brennan Spiegel, MD, MSHS, professor of medicine, director of Health Services Research, and director of the master’s degree program in Health Delivery Science at Cedars-Sinai.

“With Xaia, we leverage every pixel of that remarkable resolution and the full spectrum of vivid colors to craft a form of immersive therapy that’s engaging and deeply personal,” he added. “With this remarkable device, our team was able to completely reimagine how spatial computing can support behavioral health and overall wellbeing in ways never before possible.”

And you can explore other behavioral health and wellness apps:

  • The Mindfulness app on Vision Pro creates calm, immersive environments for users.
  • TRIPP delivers illuminating visuals and Spatial Audio for guided breathing exercises and sleep experience.
  • Healium helps Vision Pro users “relax and build resilience by creating stress-reducing memories of nature-based escapes.”
  • Odio uses Spatial Audio and intuitive gestures to display 3D images for focus, relaxation or peaceful sleep.

Surgical planning and education with Vision Pro health apps

Apple pointed out Stryker’s new myMako app for the company’s Mako SmartRobotics hip and knee replacement surgeries. The app helps surgeons use Vision Pro and iPhone to extend their experience in and beyond the operating room for better surgical outcomes. It helps surgeons prepare by visualizing and reviewing patients’ Mako surgical plans through immersive visuals.

“The myMako app for Apple Vision Pro allows surgeons the ability to access intricate surgical plan details and insights at their fingertips in a 3D-native, intuitive, and dynamic way. This level of insight — anytime, anywhere — was previously not possible,” said Robert Cohen, Stryker’s president of Digital, Robotics, and Enabling Technologies.

“With Apple Vision Pro, Stryker’s market-leading enabling technologies such as Mako SmartRobotics have the exciting potential to transform the way surgeons think about preoperative planning and the intraoperative experience, all consistent with Stryker’s mission to make healthcare better.”

Virtual environments for training

Vision Pro health apps - CyranoHealth
Boston Children’s Hospital created CyranoHealth, an app that offers immersive, comprehensive training on new medical equipment for frontline workers.
Photo: Apple

In addition, Apple cited Boston Children’s Hospital’s CyranoHealth app. Its comprehensive learning experience in a virtual environment helps with onboarding and training of clinicians. This is especially helpful in prepping them for real-world use of new medical equipment.

“CyranoHealth utilizes spatial computing to revolutionize the training of healthcare professionals, offering immersive, lifelike simulations to enhance learning and combat burnout. The app represents a significant leap forward in healthcare training, blending technology and medicine to create a future-ready workforce,” said John Brownstein, Ph.D., Boston Children’s chief innovation officer.

And you can explore other surgical planning and education apps:

  • Fundamental Surgery delivers surgical training through spatial computing.
  • CollaboratOR 3D by KARL STORZ enhances surgical learning opportunities.
  • Elsevier’s Complete HeartX “delves into … the human body to create a realistic and engaging learning environment.”
  • Insight Heart helps users understand the human heart. With ARKit, they can scan physical surroundings and visualize 3D hearts using CT data.

Interactive holograms

Siemens Healthineers’ Cinematic Reality app for Vision Pro lets clinicians and patients see immersive, interactive holograms of the human body taken from medical scans.

So here’s Apple’s description of how it works:

Using Metal and the power of the M2 processor, the app integrates advanced path-tracing technology, simulating light interactions with virtual objects to deliver breathtakingly realistic lighting and reflections.

“Cinematic Reality gives people the opportunity to immerse themselves in a world of photorealistic renderings of the human anatomy,” said Christian Zapf, of Siemens Healthineers. “Apple Vision Pro perfectly presents that three-dimensional experience, combined with great flexibility and standalone use. We see great potential for the technology for clinical as well as educational purposes.”

Vision Pro health apps: Collaborative medical histories

Vision Pro health apps - Epic Spatial Computing Concept
Epic Spatial Computing Concept allows physicians to experience charting, secure chat, and in-basket workflows with Apple Vision Pro using gestures.
Photo: Apple

And another good example of an enhanced health app involves all-important medical records.

Epic Systems’ Epic Spatial Computing Concept for Vision Pro helps healthcare workers in various ways. They can “easily complete charting, review labs, communicate using secure chat, and complete in-basket workflows through intuitive gestures.”

“Creating the first electronic health record experience for spatial computing was an exciting project for our developers,” said Seth Howard, Epic’s senior VP of R&D. “With Apple Vision Pro, clinicians will be able to interact with their patients’ health information in new, immersive ways. We welcome ideas from the physician community about how this technology can expand the future of healthcare delivery.”

And you can explore other productivity and collaboration apps:

  • Visage Ease VP supports immersive spatial experiences for diagnostic imaging and multimedia. UC San Diego Health became the first health system to pilot the technology t0 improve patient care.
  • Falcon Vue unleashes the power of spatial medical imaging viewing.
  • Medivis brings SurgicalAR Vision to Apple Vision Pro, enhancing medical imaging to support surgical precision.



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No Pixel 8? Then Google might not really care about you and your old Pixel

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If you have an older Pixel phone and you’ve been wondering when the newest Pixel features would finally be arriving, I have … news! It might be this week, but probably not. There is no rhyme or reason to Google’s Pixel feature drop, and confusion about features like circle-to-search portends deeper problems. Google made a promise to support its latest Pixel 8 phones for a very long time, and this debacle makes me doubtful that Google will deliver. 

This isn’t really about the Pixel Feature Drop, not yet. I have problems with Google’s erratic ‘Feature Drop’ model, but the most important thing Google did for phones this year was its promise to support the Pixel 8 and Pixel 8 Pro for seven years from when they launched. That’s unprecedented in the phone world. Apple supports its iPhone models for five years, and it offered the longest support until Google stepped up.

Google Pixel 8 Pro back in porcelain in front of animal print

The Pixel 8 Pro will get seven years of updates as well (Image credit: Future / Philip Berne)

Of course, Apple has been supporting five-year-old phones for more than a decade, while this longevity promise is new for Android makers like Google and Samsung. Apple has a proven track record. Until the Pixel 8 gets its final OS update in 2031 and the Galaxy S24 in 2032, we won’t know if Google and Samsung can truly deliver on the seven year promise, or what that delivery will look like.

If Google is going to beat the best, it needs to be the best

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CarePods and GatorTronGPT automated AI medical care

GatorTronGPT AI writes doctors notes extremely accurately

Imagine an artificial intelligence system so advanced that it can create medical notes with such accuracy that even experienced doctors are fooled into thinking they were written by a colleague. This is not a scene from a science fiction novel; it’s happening right now at the University of Florida (UF). Researchers at UF, in collaboration with NVIDIA, have developed GatorTronGPT, an AI program that is reshaping the way medical documentation is handled.

The creation of GatorTronGPT marks a significant step forward in the field of AI. This innovative model has been trained on a vast dataset, which includes 82 billion words from anonymized patient records at UF Health. To ensure the AI could understand the complexities of medical language and patient care, researchers supplemented this with an additional 195 billion words. The result is an AI that can replicate the note-writing skills of physicians with remarkable precision.

At the heart of GatorTronGPT is OpenAI’s GPT-3, the cutting-edge AI framework known for generating text that closely resembles human writing. This is especially useful when dealing with the specialized terminology found in medical records. A key feature of GPT-3, and by extension GatorTronGPT, is its focus on privacy, ensuring that sensitive patient information remains protected.

Automated AI medical care

Here are some other articles you may find of interest on the subject of artificial intelligence :

GatorTronGPT

The development of GatorTronGPT is a key part of UF’s broader initiative to integrate AI into its various academic disciplines. The university is committed to leveraging AI to improve different sectors, with healthcare being a prime focus. By bringing AI into medical documentation, UF is leading a new frontier in healthcare innovation.

To train an AI as complex as GatorTronGPT, you need substantial computing power. This is where UF’s HiPerGator supercomputer comes into play. With NVIDIA’s support, the supercomputer provides the robust capabilities needed to handle the large datasets and sophisticated algorithms that are part of the AI’s training process.

One of the most exciting aspects of GatorTronGPT is its potential to streamline healthcare documentation. The AI can automate the creation of medical notes, crafting documents that are nearly identical to those written by human clinicians. This innovation is poised to save healthcare professionals valuable time and reduce burnout, allowing them to focus more on patient care.

The success of GatorTronGPT is a testament to the power of collaborative research. The project brought together 14 faculty members from UF and UF Health, spanning a range of disciplines. This collaboration highlights the interdisciplinary nature of AI research, especially in the realm of medicine.

Funding for the project comes from several sources, including the Patient-Centered Outcomes Research Institute, the National Cancer Institute, and the National Institute on Aging. The diversity of these funding sources underscores the recognized potential of AI to significantly improve patient care and the efficiency of healthcare services.

GatorTronGPT is a prime example of how AI can be tailored to meet the specific needs of the healthcare industry. Its ability to generate medical notes that are indistinguishable from those written by human doctors is not just an impressive technological achievement; it’s a sign of a more efficient future for healthcare documentation.

Filed Under: Technology News, Top News





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Protecting and Maintaining Wood Polish Colors: Care Tips for Long-Lasting Shine

Wooden furniture and surfaces can add warmth and elegance to any space. To enhance their appeal, many individuals opt for colored wood polish, which not only protects the wood but also imparts a beautiful and vibrant hue. However, preserving the luster and color of wood polish requires proper care and maintenance. In this article, we’ll share valuable insights on how to care for wood surfaces with colored polish, including cleaning, maintenance, and protection strategies to ensure a long-lasting shine. By following the tips mentioned in this article you will be able to find long lasting wood polish colours in Pakistan through online paint store.

Gentle Cleaning is Key:

Regular cleaning is the foundation of preserving the color and finish of wood polish. Dust and dirt can accumulate on the surface, dulling its shine over time. To clean wood surfaces with colored polish, always use a soft, lint-free cloth or a microfiber cloth. Avoid using abrasive materials such as steel wool, as they can scratch the surface and damage the polish.

Dust your wood surfaces regularly, as dust can be abrasive and affect the polish’s appearance. To clean, lightly dampen the cloth with water or a mild wood cleaner and wipe the surface gently. Be sure to dry the surface thoroughly to prevent moisture damage. It’s essential to avoid excessive water exposure, as prolonged contact with moisture can cause the wood to swell or warp.

Protect Against Sunlight:

Direct sunlight can cause the color of your wood polish to fade over time. To protect your furniture from this, consider placing it away from windows and using curtains or blinds to filter or block out the sun’s rays. If it’s not possible to keep your furniture away from sunlight, you may want to consider using UV-protective coatings or furniture covers during extended periods of sun exposure.

Use Furniture Pads and Coasters:

To avoid staining or damaging the wood surface, always use furniture pads and coasters. Hot or wet items like pots, pans, and drinks can leave marks or rings on the polish. Placing coasters or pads beneath these items will prevent them from coming into direct contact with the wood, preserving its color and finish.

Avoid Harsh Chemicals:

While cleaning your wood surfaces, it’s crucial to steer clear of harsh chemicals, including ammonia, bleach, and abrasive cleaners. These substances can strip away the polish’s color and luster. Instead, opt for mild wood-specific cleaners or homemade solutions like a mixture of water and white vinegar. Test any cleaning product on an inconspicuous area of your furniture to ensure it doesn’t harm the finish.

Regular Polishing:

To maintain the shine and color of your wood polish, periodic polishing is essential. Select a high-quality wood polish that matches the color of your furniture. Apply the polish in the direction of the wood grain using a soft cloth, and then buff it to shine. This not only refreshes the color but also adds a protective layer to the surface.

Maintain Consistent Indoor Humidity:

Wood is sensitive to changes in humidity. Fluctuations in humidity can cause the wood to expand and contract, which may lead to cracks or finish damage. To maintain the color and finish of your wood polish, invest in a humidifier or dehumidifier to regulate the indoor humidity levels and keep them within the ideal range for wood preservation.

Be Cautious with Sharp Objects:

Protect your wood surfaces from scratches and nicks by being careful with sharp objects. Always use a cutting board when preparing food, and avoid dragging heavy or sharp items across the surface. Consider placing a felt or fabric pad under decorative objects or picture frames to prevent them from scratching the wood.

Professional Maintenance:

In some cases, it’s wise to seek professional maintenance to ensure the long-lasting shine of your wood polish. Professional furniture restoration services can handle issues like deep scratches, discoloration, or damaged finishes. They have the expertise and tools to revitalize your wood surfaces and bring back their original color and shine.

In conclusion, maintaining and preserving the color and finish of wood surfaces with colored polish is a task that requires diligence and care. By following these tips for gentle cleaning, sun protection, using furniture pads, avoiding harsh chemicals, regular polishing, humidity control, and taking precautions with sharp objects, you can enjoy your beautifully polished wood furniture for years to come. With the right care and attention, your wood surfaces can continue to impress with their long-lasting shine and vibrant colors.

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Connecting Care: Exploring the World of Telehealth Platforms

In today’s fast-paced and interconnected world, healthcare services are evolving to meet the needs of a digitally engaged society. One of the transformative advancements in the healthcare domain is the advent of telehealth platforms. These platforms are revolutionizing the way healthcare is delivered, making it more accessible, convenient, and efficient for both patients and healthcare professionals. In this article, you’ll delve into the world of telehealth platform, understanding what they are, their significance, and how they are reshaping the healthcare landscape.

What are Telehealth Platforms?

Telehealth platforms are digital technologies that facilitate the delivery of healthcare services remotely. They leverage the power of telecommunications and digital tools to enable virtual consultations, health monitoring, education, and various other healthcare-related activities. They can encompass a range of services, including but not limited to:

  1. Virtual Consultations:

Patients can consult with healthcare professionals through video calls, audio calls, or secure messaging. This enables timely medical advice and reduces the need for in-person visits, especially for minor health concerns.

  1. Remote Monitoring:

Devices and sensors can be used to monitor patients’ vital signs and health parameters. The data collected can be transmitted to healthcare providers for analysis, allowing for proactive management of chronic conditions and early intervention.

  1. Health Education:

Telehealth platforms can provide a wealth of health-related information to patients, empowering them to make informed decisions about their well-being. This education can range from general health tips to specific disease management guidelines.

  1. Prescription Management:

Healthcare professionals can electronically prescribe medications and treatments, which can be easily accessed by patients through the platform. This streamlines the prescription process and enhances medication adherence.

The Significance of Telehealth Platforms

Telehealth platforms are playing an increasingly vital role in the healthcare ecosystem for several reasons:

  1. Enhanced Accessibility:

Telehealth platforms break down geographical barriers and provide healthcare access to individuals in remote or underserved areas. Patients can receive consultations and advice without the need to travel long distances.

  1. Convenience and Efficiency:

Patients can consult with healthcare providers from the comfort of their homes or workplaces. This convenience saves time and effort, making healthcare more accessible for individuals with busy schedules.

  1. Cost-Effectiveness:

Telehealth consultations are often more affordable compared to in-person visits. Patients can save on transportation costs and other related expenses, making healthcare more cost-effective and accessible.

  1. Continuity of Care:

Telehealth platforms facilitate continuous care, ensuring that patients can easily follow up with their healthcare providers. This continuity is especially crucial for managing chronic conditions and post-operative care.

  1. Preventive Care and Early Intervention:

Remote monitoring and virtual consultations enable healthcare professionals to detect potential issues early and intervene proactively. This approach can prevent the escalation of health problems and lead to better outcomes.

The Evolution of Telehealth Platforms

Telehealth platforms have come a long way since their inception. Initially, telehealth was primarily focused on providing consultations via phone calls. However, with the advancement of technology, telehealth has evolved into a multifaceted platform encompassing a wide array of services.

  1. Integration of Electronic Health Records (EHRs):

Modern telehealth platforms often integrate with electronic health record systems. This integration ensures that healthcare professionals have access to the patient’s medical history and relevant data during virtual consultations, enabling comprehensive and informed decisions.

  1. Mobile Applications:

Many telehealth platforms now offer mobile applications, allowing patients to access healthcare services using their smartphones or tablets. Mobile apps make healthcare even more accessible, putting it literally at the fingertips of the patients.

  1. Remote Monitoring Devices:

Advanced telehealth platforms support the integration of various monitoring devices. Patients can use wearable devices and sensors to measure vital signs like blood pressure, glucose levels, or heart rate. The data is then transmitted to the platform for analysis and monitoring by healthcare professionals.

  1. Artificial Intelligence (AI) Integration:

AI is increasingly being integrated into telehealth platforms, enabling functions like symptom checking, preliminary diagnosis, and personalized recommendations. AI-powered chatbots can assist patients in understanding their symptoms and seeking appropriate care.

The Future of Telehealth Platforms

The future of telehealth platforms is incredibly promising, with rapid advancements and innovations on the horizon. Here are some aspects that will likely shape the future of telehealth:

  1. Telehealth for Mental Health:

Mental health services provided through telehealth platforms are expected to grow significantly. The convenience and privacy offered by virtual consultations make telehealth an ideal medium for mental health support and therapy.

  1. Telehealth for Specialized Care:

Telehealth will extend beyond primary care to specialized fields such as dermatology, ophthalmology, and cardiology. Specialized consultations and follow-ups will become more common through telehealth platforms.

  1. Enhanced User Experience:

Future telehealth platforms will focus on improving the user experience making the interfaces more intuitive and engaging. Video consultations will become more seamless, providing a face-to-face experience even virtually.

  1. Integration with Smart Home Devices:

A telehealth platform may integrate with smart home devices, allowing for real-time monitoring of patient’s health within the comfort of their homes. This can include monitoring medication adherence, activity levels, and more.

In Conclusion

Telehealth platforms are revolutionizing healthcare, offering a glimpse into the future of healthcare delivery. These platforms bring the healthcare system closer to the people, fostering accessibility, convenience, and efficiency. As telehealth continues to evolve, it holds the potential to bridge gaps in healthcare and provide comprehensive, holistic care to individuals globally. Embracing the benefits of telehealth platforms can lead to a more connected and healthier world.