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SCIENTIFIC SCORE
Moderately Effective
Based on 4 Researches
8.3
USERS' SCORE
Moderately Good
Based on 4 Reviews
7
Supplement Facts
Serving Size: About 1/4 cup (31 g)
Amount Per Serving
%DV
Calories
180
Total Fat
13 g
17%
Saturated Fat
3 g
15%
Trans Fat
0 g
Cholesterol
0 mg
0%
Sodium
0 mg
0%
Total Carbohydrate
4 g
1%
Dietary Fiber
2 g
7%
Total Sugars
0 g
Includes 0g Added Sugars
0%
Protein
11g
Vit. D
0 mcg
0%
Calcium
8 mg
0%
Iron
4 mg
20%
Potassium
243 mg
6%
Top Medical Research Studies
9
P23-specific IgY reduces diarrhea
P23-Specific IgY Significantly Reduces Diarrhea and Oocyst Shedding in Calves Experimentally Infected with .
Direct impact on calf diarrhea
We explored the impact of p23-specific IgY antibodies on diarrhea caused by a zoonotic enteroparasite in newborn calves. This research aimed to see if these antibodies could effectively reduce the duration and severity of diarrhea, which is a significant issue in dairy and beef farming.
In our study, we used eight newborn calves and divided them into two groups. Four calves received a treatment containing specific IgY from immunized hens, while the other four had regular milk. After orally infecting all calves with a significant number of oocysts, we carefully monitored their health for 21 days.
Our findings revealed that calves treated with the p23-specific IgY had a remarkable reduction in the duration of diarrhea—from 7.5 days to just 3.5 days. They also showed a significant decrease in the duration of oocyst shedding. Although we observed some delays in the onset and severity of diarrhea, these changes were not statistically significant.
Overall, this study indicates that p23-specific IgY antibodies present a promising option for managing neonatal diarrhea in calves. This treatment could offer a non-invasive method to improve calf health and reduce economic losses for farmers.
In our study, we used eight newborn calves and divided them into two groups. Four calves received a treatment containing specific IgY from immunized hens, while the other four had regular milk. After orally infecting all calves with a significant number of oocysts, we carefully monitored their health for 21 days.
Our findings revealed that calves treated with the p23-specific IgY had a remarkable reduction in the duration of diarrhea—from 7.5 days to just 3.5 days. They also showed a significant decrease in the duration of oocyst shedding. Although we observed some delays in the onset and severity of diarrhea, these changes were not statistically significant.
Overall, this study indicates that p23-specific IgY antibodies present a promising option for managing neonatal diarrhea in calves. This treatment could offer a non-invasive method to improve calf health and reduce economic losses for farmers.
Read More
8
Bovine vaccine for diarrhea prevention
A Novel Vaccine for Bovine Diarrhea Complex Utilizing Recombinant Enterotoxigenic and Expressing Surface-Displayed Chimeric Antigens from Enterohemorrhagic O157:H7.
Significant potential for livestock health
We explored the effectiveness of a novel chimeric protein vaccine designed to combat E. coli O157:H7 and improve protection against neonatal calf diarrhea, a common issue affecting young cattle. This study developed a protein combining elements from two different bacterial systems, aiming to boost immune responses in calves and potentially reduce the risks of human infections through contaminated beef.
Immune responses were carefully evaluated in vaccinated mice and guinea pigs using ELISA assays. Our findings confirmed that the chimeric protein maintained stability and successfully anchored to cell membranes. However, combining two types of recombinant bacteria did not enhance immune responses, suggesting that either one could work effectively on its own.
The chimeric approach sparked a mixed immune response characterized by significant levels of antibodies. This multifaceted response shows promise in providing broader protection against various pathogens that contribute to calf diarrhea while addressing the public health concerns linked to E. coli. Overall, our study highlights the potential for innovative vaccine strategies to improve animal health and food safety.
Immune responses were carefully evaluated in vaccinated mice and guinea pigs using ELISA assays. Our findings confirmed that the chimeric protein maintained stability and successfully anchored to cell membranes. However, combining two types of recombinant bacteria did not enhance immune responses, suggesting that either one could work effectively on its own.
The chimeric approach sparked a mixed immune response characterized by significant levels of antibodies. This multifaceted response shows promise in providing broader protection against various pathogens that contribute to calf diarrhea while addressing the public health concerns linked to E. coli. Overall, our study highlights the potential for innovative vaccine strategies to improve animal health and food safety.
Read More
9
Probiotics enhance piglet growth
Dietary supplementation with alleviates diarrhea and improves growth performance and immune function in weaned piglets fed a high-protein diet.
Protein's effect on diarrhea combined.
We set out to investigate how dietary protein influences diarrhea in weaned piglets. In our study, we divided 96 piglets into three groups: one on a low-protein diet, another on a high-protein diet, and the last on a high-protein diet enriched with probiotics.
Over 21 days, we observed significant differences in growth performance and diarrhea scores among the groups. The piglets receiving the high-protein diet with probiotics showed better average daily gains and higher feed intake compared to those on the low-protein diet. Interestingly, those on the high-protein diet alone had more frequent diarrhea episodes than those on the low-protein diet, while the addition of probiotics noticeably reduced diarrhea.
We also noticed improvements in nutrient digestibility and lower inflammatory markers in piglets that consumed the probiotic-enriched high-protein diet. They exhibited a healthier gut microbiota, with increased levels of beneficial bacteria that help with digestion and butyrate production, which is great for gut health.
Overall, our findings suggest that adding probiotics to a high-protein diet can effectively alleviate diarrhea and boost growth in weaned piglets, offering insights into improving livestock health and performance using dietary strategies.
Over 21 days, we observed significant differences in growth performance and diarrhea scores among the groups. The piglets receiving the high-protein diet with probiotics showed better average daily gains and higher feed intake compared to those on the low-protein diet. Interestingly, those on the high-protein diet alone had more frequent diarrhea episodes than those on the low-protein diet, while the addition of probiotics noticeably reduced diarrhea.
We also noticed improvements in nutrient digestibility and lower inflammatory markers in piglets that consumed the probiotic-enriched high-protein diet. They exhibited a healthier gut microbiota, with increased levels of beneficial bacteria that help with digestion and butyrate production, which is great for gut health.
Overall, our findings suggest that adding probiotics to a high-protein diet can effectively alleviate diarrhea and boost growth in weaned piglets, offering insights into improving livestock health and performance using dietary strategies.
Read More
Most Useful Reviews
5
Caused digestive issues
The size is large, with little flavour. It pairs well with salads and granola, but excessive consumption has led to poor digestion and diarrhoea.
Read More
1.3
Violent diarrhoea
I gave this to my dog, and unfortunately, it resulted in the most violent diarrhoea.
Read More
3.8
Cramps in children
This is great for making homemade bread or mixing with oatmeal and granola. It's crunchy and very flavourful. However, I advise against eating too much, especially for kids, as it caused my sister cramps and diarrhoea.
Read More
Medical Researches
SCIENTIFIC SCORE
Moderately Effective
Based on 4 Researches
8.3
9
Probiotics enhance piglet growth
Dietary supplementation with alleviates diarrhea and improves growth performance and immune function in weaned piglets fed a high-protein diet.
Protein's effect on diarrhea combined.
We set out to investigate how dietary protein influences diarrhea in weaned piglets. In our study, we divided 96 piglets into three groups: one on a low-protein diet, another on a high-protein diet, and the last on a high-protein diet enriched with probiotics.
Over 21 days, we observed significant differences in growth performance and diarrhea scores among the groups. The piglets receiving the high-protein diet with probiotics showed better average daily gains and higher feed intake compared to those on the low-protein diet. Interestingly, those on the high-protein diet alone had more frequent diarrhea episodes than those on the low-protein diet, while the addition of probiotics noticeably reduced diarrhea.
We also noticed improvements in nutrient digestibility and lower inflammatory markers in piglets that consumed the probiotic-enriched high-protein diet. They exhibited a healthier gut microbiota, with increased levels of beneficial bacteria that help with digestion and butyrate production, which is great for gut health.
Overall, our findings suggest that adding probiotics to a high-protein diet can effectively alleviate diarrhea and boost growth in weaned piglets, offering insights into improving livestock health and performance using dietary strategies.
Over 21 days, we observed significant differences in growth performance and diarrhea scores among the groups. The piglets receiving the high-protein diet with probiotics showed better average daily gains and higher feed intake compared to those on the low-protein diet. Interestingly, those on the high-protein diet alone had more frequent diarrhea episodes than those on the low-protein diet, while the addition of probiotics noticeably reduced diarrhea.
We also noticed improvements in nutrient digestibility and lower inflammatory markers in piglets that consumed the probiotic-enriched high-protein diet. They exhibited a healthier gut microbiota, with increased levels of beneficial bacteria that help with digestion and butyrate production, which is great for gut health.
Overall, our findings suggest that adding probiotics to a high-protein diet can effectively alleviate diarrhea and boost growth in weaned piglets, offering insights into improving livestock health and performance using dietary strategies.
Read More
9
P23-specific IgY reduces diarrhea
P23-Specific IgY Significantly Reduces Diarrhea and Oocyst Shedding in Calves Experimentally Infected with .
Direct impact on calf diarrhea
We explored the impact of p23-specific IgY antibodies on diarrhea caused by a zoonotic enteroparasite in newborn calves. This research aimed to see if these antibodies could effectively reduce the duration and severity of diarrhea, which is a significant issue in dairy and beef farming.
In our study, we used eight newborn calves and divided them into two groups. Four calves received a treatment containing specific IgY from immunized hens, while the other four had regular milk. After orally infecting all calves with a significant number of oocysts, we carefully monitored their health for 21 days.
Our findings revealed that calves treated with the p23-specific IgY had a remarkable reduction in the duration of diarrhea—from 7.5 days to just 3.5 days. They also showed a significant decrease in the duration of oocyst shedding. Although we observed some delays in the onset and severity of diarrhea, these changes were not statistically significant.
Overall, this study indicates that p23-specific IgY antibodies present a promising option for managing neonatal diarrhea in calves. This treatment could offer a non-invasive method to improve calf health and reduce economic losses for farmers.
In our study, we used eight newborn calves and divided them into two groups. Four calves received a treatment containing specific IgY from immunized hens, while the other four had regular milk. After orally infecting all calves with a significant number of oocysts, we carefully monitored their health for 21 days.
Our findings revealed that calves treated with the p23-specific IgY had a remarkable reduction in the duration of diarrhea—from 7.5 days to just 3.5 days. They also showed a significant decrease in the duration of oocyst shedding. Although we observed some delays in the onset and severity of diarrhea, these changes were not statistically significant.
Overall, this study indicates that p23-specific IgY antibodies present a promising option for managing neonatal diarrhea in calves. This treatment could offer a non-invasive method to improve calf health and reduce economic losses for farmers.
Read More
8
Bovine vaccine for diarrhea prevention
A Novel Vaccine for Bovine Diarrhea Complex Utilizing Recombinant Enterotoxigenic and Expressing Surface-Displayed Chimeric Antigens from Enterohemorrhagic O157:H7.
Significant potential for livestock health
We explored the effectiveness of a novel chimeric protein vaccine designed to combat E. coli O157:H7 and improve protection against neonatal calf diarrhea, a common issue affecting young cattle. This study developed a protein combining elements from two different bacterial systems, aiming to boost immune responses in calves and potentially reduce the risks of human infections through contaminated beef.
Immune responses were carefully evaluated in vaccinated mice and guinea pigs using ELISA assays. Our findings confirmed that the chimeric protein maintained stability and successfully anchored to cell membranes. However, combining two types of recombinant bacteria did not enhance immune responses, suggesting that either one could work effectively on its own.
The chimeric approach sparked a mixed immune response characterized by significant levels of antibodies. This multifaceted response shows promise in providing broader protection against various pathogens that contribute to calf diarrhea while addressing the public health concerns linked to E. coli. Overall, our study highlights the potential for innovative vaccine strategies to improve animal health and food safety.
Immune responses were carefully evaluated in vaccinated mice and guinea pigs using ELISA assays. Our findings confirmed that the chimeric protein maintained stability and successfully anchored to cell membranes. However, combining two types of recombinant bacteria did not enhance immune responses, suggesting that either one could work effectively on its own.
The chimeric approach sparked a mixed immune response characterized by significant levels of antibodies. This multifaceted response shows promise in providing broader protection against various pathogens that contribute to calf diarrhea while addressing the public health concerns linked to E. coli. Overall, our study highlights the potential for innovative vaccine strategies to improve animal health and food safety.
Read More
7
SBP aids gut health in neonates
Microbiota regulated by Shenling Baizhu powder maintains intestinal homeostasis via the gut-breast axis.
Moderate relevance due to protein context
We investigated the impact of Shenling Baizhu powder (SBP) on reducing diarrhea in piglets during weaning. In our study, we used a controlled design where 100 sows were divided into two groups: one receiving SBP and the other serving as a control. We monitored piglet body weights and collected colostrum to assess immune factors while also analyzing fecal samples for microbiota changes.
Our findings revealed that SBP played a beneficial role by facilitating the transfer of healthy maternal microbiota to newborn piglets through milk. This process appears to support intestinal health and helps alleviate the stress and diarrhea often associated with weaning. While our focus was on the link between protein intake via SBP and its positive effects on gut health, we didn't isolate protein's impact individually but noted its role within the broader context of maternal microbiota transmission.
Overall, our results highlight the importance of the gut-breast axis and suggest that incorporating SBP could be a promising strategy to support neonatal intestinal well-being during critical developmental stages.
Our findings revealed that SBP played a beneficial role by facilitating the transfer of healthy maternal microbiota to newborn piglets through milk. This process appears to support intestinal health and helps alleviate the stress and diarrhea often associated with weaning. While our focus was on the link between protein intake via SBP and its positive effects on gut health, we didn't isolate protein's impact individually but noted its role within the broader context of maternal microbiota transmission.
Overall, our results highlight the importance of the gut-breast axis and suggest that incorporating SBP could be a promising strategy to support neonatal intestinal well-being during critical developmental stages.
Read More
User Reviews
USERS' SCORE
Moderately Good
Based on 4 Reviews
7
5
Caused digestive issues
The size is large, with little flavour. It pairs well with salads and granola, but excessive consumption has led to poor digestion and diarrhoea.
3.8
Cramps in children
This is great for making homemade bread or mixing with oatmeal and granola. It's crunchy and very flavourful. However, I advise against eating too much, especially for kids, as it caused my sister cramps and diarrhoea.
2.5
Unsafe for infants
Pumpkin seeds are beneficial for bone health due to their magnesium and calcium content. The taste and quality are superb, better than in shops. However, they are not safe for infants, as they can lead to pain, vomiting, and diarrhoea.
1.3
Violent diarrhoea
I gave this to my dog, and unfortunately, it resulted in the most violent diarrhoea.
