Antibiotic-resistant seafood bacterium found in Vietnam fish

Antibiotic-resistant seafood bacterium found in Vietnam fish farming waters near popular island destination

Credit:Osong Public Health and Research Perspectives(2024). DOI: 10.24171/j.phrp.2023.0181

Making damn sure. Ways staying ahead 

FOOD - DRINK FEARS. THE FEAR

Anything injested. Breath. Touch. 

Air. Ground. Water. 

The food. What is in the food

The drink. What is in the drink

Advanced bacterial & viral concerns & outbreaks have caused temporary & permanent illness & death 

Processed. Ultra-processed

Raw or light processed 

Advanced individual batch testing automation more than systematic selection 

Guarantor & guarantee 

An overall preventative filter point A - B & natural immunity controls so anti-bacterials & anti-virals are stronger & effective without toxin side effects for human or any biological consumption

Animal like mammal like insect like human

Similar reactions in the biological structure

"What are & cause + effect then back peddle to reverse & clear path for desired Point A - B. Simply adjusting monootred efforts"

BACTERIA 

A bacterium linked to seafood-related illness and capable of resisting multiple antibiotics has been detected in fish-farming waters near Cat Ba Island, Vietnam, according to a new study highlighting the importance of monitoring antibiotic resistance in aquaculture environments.

Published inOsong Public Health and Research Perspectives, the study found strains of Vibrio parahaemolyticus, a marine bacterium commonly associated with raw or undercooked seafood, in nearly one-quarter of water samples collected from fish mariculture farms near Cat Ba Island, a major tourism destination and important seafood production area in northern Vietnam.

The findings come as countries seek to expand seafood production while limiting the spread of bacteria that no longer respond well to commonly used antibiotics. Vibrio parahaemolyticus can cause diarrhea, abdominal pain, vomiting, fever and, in vulnerable individuals, more serious bloodstream infections. It is among the most common bacterial causes of seafood-borne gastroenteritis worldwide.

Researchers collected 150 water samples from 10 grouper mariculture farms during the winter and summer seasons. The bacterium was detected in 24.7% of samples overall, with a significantly higher prevalence in summer (35.1%) than in winter (14.5%), suggesting that warmer conditions may favor bacterial growth.

"This study shows why regular monitoring of aquaculture water is important, especially during the warmer months when bacterial levels may rise," said corresponding author Phu Van Nguyen.

Among the bacterial isolates analyzed, 67.6% were resistant to multiple antibiotics. High resistance levels were observed to ampicillin, tetracycline and erythromycin. Researchers also identified genes linked to antibiotic resistance, including those associated with resistance to tetracycline, ciprofloxacin and gentamicin. These genes may help resistant traits persist or spread in marine environments.

Another key finding involved biofilms—protective, slimy layers that bacteria can form on nets, tanks, pipes and other surfaces. The study found thatbiofilm formationwas significantly more common in antibiotic-resistant strains than in non-resistant strains. Biofilms can make bacteria harder to remove and less responsive to treatment.

"Once bacteria form biofilms, they may be more difficult to eliminate from farming systems," Nguyen said.

The researchers say the findings support more careful antibiotic use in aquaculture, regular environmental testing and stronger hygiene measures throughout seafood production chains. The study tested water rather than fish meat directly. However, bacteria in the farming water can attach to aquatic animals and potentially enter the seafood supply chain if control measures are weak.

Experts note that proper cooking and safe seafood handling greatly reduce consumers' risk of infection.

The authors conclude that early monitoring of antibiotic-resistant bacteria in aquaculture systems may help safeguard seafood safety, sustain farm productivity and reduce future public health risks.

Seafood Bacterium 

https://phys.org/news/2026-08-antibiotic-resistant-seafood-bacterium-vietnam.html

Making damn sure. Ways staying ahead 

FOOD - DRINK FEARS. THE FEAR

Anything injested. Breath. Touch. 

Air. Ground. Water. 

The food. What is in the food

The drink. What is in the drink

Advanced bacterial & viral concerns & outbreaks have caused temporary & permanent illness & death 

Processed. Ultra-processed

Raw or light processed 

Advanced individual batch testing automation more than systematic selection 

Guarantor & guarantee 

An overall preventative filter point A - B & natural immunity controls so anti-bacterials & anti-virals are stronger & effective without toxin side effects for human or any biological consumption 

Animal like mammal like insect like human

Similar reactions in the biological structure 

"What are & cause + effect then back peddle to reverse & clear path for desired Point A - B. Simply adjusting monootred efforts" 

WAYS IN ACCESS TO SUPPLY 

Grocery - Farmer Markets - Direct - Variety 

Poison. Contamination. Bacteria. Virus. Nerve agents. Biochemical warfare attacks 

UNITED NATIONS DIRECTOR 2017-2026

António Guterres is the ninth Secretary-General of the United Nations, having taken office on January 1, 2017. A Portuguese politician and diplomat, he previously served as the Prime Minister of Portugal and as the UN High Commissioner for Refugees. 

Key Background

Full Name: António Manuel de Oliveira Guterres

Birth Date: April 30, 1949, in Lisbon, Portugal

Prime Minister of Portugal: Served from 1995 to 2002

UN High Commissioner for Refugees: Served from 2005 to 2015

UN Secretary-General: Elected in 2016, assumed office in 2017, and re-elected for a second term starting in 2022. 

Main Focus Areas

Fighting the global climate crisis and pushing for renewable energy transitions.

Promoting human rights and protecting refugees.
Advancing gender equality and sustainable development.

Managing global peace efforts and calling for digital and AI governance. 

IMMUNE SHUT OFF 

How cancer disrupts the immune response

Mayo Clinic researchers firstdiscoveredTRAILshort while studyingHIVnearly 15 years ago. In 2020, they found that cancer cells also produce the protein, but how it suppressed T-cell activity remained unknown. This new study reveals the mechanism for the first time.

Researchers found elevated levels of TRAILshort in melanoma, lung, breast, pancreatic and ovarian cancers, as well as Hodgkin lymphoma. Elevated levels were also found in infectious diseases, including COVID-19, tuberculosis and hepatitis C.
Using highly specific antibodies and engineered preclinical models, the team found that TRAILshort activates SHP-1, a protein that acts as a molecular brake, shutting down T cells before they can attack diseased cells.

"This is the first study to show that TRAILshort doesn't just block cell death—it also acts as a signaling molecule that directly suppresses T-cell activity," says Shahrzad Jalali, Ph.D., a research scientist at Mayo Clinic and lead author of the study. "That reveals an entirely new role for the protein in regulating the immune response

https://medicalxpress.com/news/2026-08-immune-cancer-cells.html

Immune System Controls. 

Bio-Engineered Chewing Gum 

https://www.sciencedaily.com/releases/2026/08/260803080917.htm

Sugar = Cancer cells devides. Immune shur off & spreads. Cur off sugar & focus protein & foods that do not churn into sugars locking cancer from spreading 

https://www.sciencedaily.com/releases/2026/08/260802223426.htm

SYDNEY NICOLA BENNETT'S UN FRAMEWORK FOR