Nara Smith shared news that many parents hope to hear: her young daughter Wimzy Lou is officially in remission after completing her course of treatment.
Earlier this year, lifestyle blogger Nara Smith revealed that her two-year-old daughter Wimzy Lou had been diagnosed with cancer, which shocked her followers worldwide. Now, after undergoing several months of therapy, Smith posted an emotional video announcing that Wimzy Lou has finished chemotherapy.
24-year-old Nara Smith and her husband, model Lucky Blue Smith, kept their daughter's diagnosis a secret during the treatment. Smith explained that they decided to wait until the treatment was complete and the outcome was clear before sharing the information.
According to Smith, now that Wimzy Lou is in remission, she has found the words to talk about what her family went through over the past eight months. The process began after Nara and Lucky noticed something was wrong and took their daughter to the emergency room. Following additional tests, including X-rays, ultrasounds, and a biopsy, doctors confirmed the spread of cancer, necessitating immediate chemotherapy.
Not limiting herself to the family's joy, Smith stated that she wants to use her popularity to draw attention to the issues faced privately by many other parents. She noted that undergoing chemotherapy showed her how expensive medical care can be and the heavy burden it places on families.
Since then, Smith has posted links to various GoFundMe campaigns and organizations supporting families whose children are still undergoing cancer treatment, urging her followers to help. Despite Wimzy Lou's treatment ending, Smith emphasized that recovery involves more than just medical results. She added that she and Lucky are trying to return to normal life, moving forward day by day, and she does not know if life will return to its former state, but they are trying to handle this new phase in the best way possible.
The couple are parents to Wimzy Lou, Rumble Honey, Slim Easy, and infant Founy Golden. Lucky Blue Smith also has an older daughter named Gravity. For Smith, remission marks the end of one chapter, but not the completion of the healing process, and she hopes that by sharing her experience, more attention will be paid to the emotional and financial difficulties that families face when caring for a child with cancer.
A researcher warned about the extreme seriousness of the situation occurring in the context of school exams.
Assessment errors were identified in Geography exams, which requires the publication of new guidelines. Schools have experienced an intense morning due to the need to deal with guidelines, forms, and re-evaluation processes. Grades for the 9th grade have already been released.
The PS has insisted on the possibility of free revision of national exams. On the other hand, a statement made by Chega criticizes the Minister of Education, referring to an 'imprudence' on his part.
The guidelines related to the Physics and Chemistry exams for the 11th grade had to be corrected due to a classification error.
Frequent consumption of television content is associated with an increase in the volume of hyperintense white matter, which is detected on magnetic resonance imaging. This increase indicates processes of demyelination and axonal loss caused by impaired microcirculation. Furthermore, individuals who regularly watch television showed a decrease in the volume of certain cortical areas of the cerebral hemispheres.
It is important to note that a sedentary lifestyle accompanied by mental activity, such as working on a computer, did not cause similar negative changes. The results of this study were published in Alzheimer’s & Dementia.
There are many studies linking physical activity to maintaining brain structure in areas related to dementia. Conversely, accumulated data suggest that a sedentary lifestyle may increase the probability of developing dementia, but the impact of such a lifestyle on changes in brain structure remains insufficiently studied. Attention is also lacking regarding how a sedentary lifestyle can manifest in different behavioral scenarios, each having its own cognitive and physiological impact.
The research team, led by Nathan Fetter from the University of Southern California, studied the relationship between different forms of sedentary behavior and changes in brain structures in 1712 healthy individuals whose age ranged from middle-aged to elderly (the average age of the group was 53 years). Participants self-assessed their frequency of watching television and time spent sitting at work using the Beck Physical Activity Questionnaire. Time spent in front of the television was classified into five categories: 'Never', 'Rarely', 'Sometimes', 'Often', and 'Very often'. Sitting at work was determined by selecting one option for the statement 'At work you sit...': 'Do not work', 'Never', 'Rarely', 'Sometimes', 'Often', or 'Always.'
Upon final data collection, the average age of participants reached 76 years, and the average observation period was 23.7 years. Scientists established a context-dependent relationship between sedentary lifestyle and changes in several brain areas. Of particular interest was very frequent television viewing, which correlated with a decrease in the volume of specific areas.
The opposite pattern was observed in participants who reported always sitting while working, including computer work; they demonstrated a significant increase in volume. Additional analysis showed that watching television was associated with a decrease in volume in various areas of both hemispheres (p ≤ 0.047), whereas prolonged sitting at the workplace led to an increase in these areas (p ≤ 0.049).
When segmenting the data by sex, it was found that frequent television viewing increased the volume of hyperintense white matter in both sexes. Among men, a more pronounced decrease in the volume of the cortex and subcortex in areas responsible for emotional processing and cognitive functions was identified.
The researchers believe that separating the contexts of sedentary behavior in this study highlights the complexity of comprehensively assessing the influence of this parameter on the central nervous system. They concluded that active mental activity while sitting at work protects brain structures from damage, whereas passive mental stimulation, such as watching television, has a negative effect on them. The data obtained may serve as a foundation for developing dementia prevention programs for older adults.
