Seakura Farm, Israel. 5th August, 2020. The Seakura Farm, established in 2007, produces clean, organic and nutritious marine Ulva and Gracilaria seaweed in land based pools with ocean water in a controlled environment using highly sustainable technology for the culinary, pharmaceutical and cosmetics industries anticipating a worldwide seaweed market for 2021 of $17B. A recent article published in the journal Nature, 24th July, 2020, claims sulfated polysaccharides derived from seaweed effectively inhibit SARS-CoV-2 in vitro, more potent and perhaps outperforming Remdesivir in blocking COVID-1

Seakura Farm, Israel. 5th August, 2020. The Seakura Farm, established in 2007, produces clean, organic and nutritious marine Ulva and Gracilaria seaweed in land based pools with ocean water in a controlled environment using highly sustainable technology for the culinary, pharmaceutical and cosmetics industries anticipating a worldwide seaweed market for 2021 of $17B. A recent article published in the journal Nature, 24th July, 2020, claims sulfated polysaccharides derived from seaweed effectively inhibit SARS-CoV-2 in vitro, more potent and perhaps outperforming Remdesivir in blocking COVID-1 Stock Photo

RMID:2CA8CB7

Image details

Contributor:

Nir Alon / Alamy Stock Photo

Image ID:

2CA8CB7

File size:

68.7 MB (1.7 MB Compressed download)

Releases:

Model - no | Property - noDo I need a release?

Dimensions:

6000 x 4000 px | 50.8 x 33.9 cm | 20 x 13.3 inches | 300dpi

Date taken:

5 August 2020

More information:

This image could have imperfections as it’s either historical or reportage.

Seakura Farm, Israel. 5th August, 2020. The Seakura Farm, established in 2007, produces clean, organic and nutritious marine Ulva and Gracilaria seaweed in land based pools with ocean water in a controlled environment using highly sustainable technology for the culinary, pharmaceutical and cosmetics industries anticipating a worldwide seaweed market for 2021 of $17B. A recent article published in the journal Nature, 24th July, 2020, claims sulfated polysaccharides derived from seaweed effectively inhibit SARS-CoV-2 in vitro, more potent and perhaps outperforming Remdesivir in blocking COVID-19 virus in cell studies. Credit: Nir Alon/Alamy Live News.

Available for editorial use only. Get in touch for any commercial

or personal uses

.

Search stock photos by tags

Similar stock images

RM2CA8CGR–Seakura Farm, Israel. 5th August, 2020. The Seakura Farm, established in 2007, produces clean, organic and nutritious marine Ulva and Gracilaria seaweed in land based pools with ocean water in a controlled environment using highly sustainable technology for the culinary, pharmaceutical and cosmetics industries anticipating a worldwide seaweed market for 2021 of $17B. A recent article published in the journal Nature, 24th July, 2020, claims sulfated polysaccharides derived from seaweed effectively inhibit SARS-CoV-2 in vitro, more potent and perhaps outperforming Remdesivir in blocking COVID-1

RM2CA8CJJ–Seakura Farm, Israel. 5th August, 2020. The Seakura Farm, established in 2007, produces clean, organic and nutritious marine Ulva and Gracilaria seaweed in land based pools with ocean water in a controlled environment using highly sustainable technology for the culinary, pharmaceutical and cosmetics industries anticipating a worldwide seaweed market for 2021 of $17B. A recent article published in the journal Nature, 24th July, 2020, claims sulfated polysaccharides derived from seaweed effectively inhibit SARS-CoV-2 in vitro, more potent and perhaps outperforming Remdesivir in blocking COVID-1

RM2CA8CRC–Seakura Farm, Israel. 5th August, 2020. The Seakura Farm, established in 2007, produces clean, organic and nutritious marine Ulva and Gracilaria seaweed in land based pools with ocean water in a controlled environment using highly sustainable technology for the culinary, pharmaceutical and cosmetics industries anticipating a worldwide seaweed market for 2021 of $17B. A recent article published in the journal Nature, 24th July, 2020, claims sulfated polysaccharides derived from seaweed effectively inhibit SARS-CoV-2 in vitro, more potent and perhaps outperforming Remdesivir in blocking COVID-1

RM2CA8CB6–Seakura Farm, Israel. 5th August, 2020. The Seakura Farm, established in 2007, produces clean, organic and nutritious marine Ulva and Gracilaria seaweed in land based pools with ocean water in a controlled environment using highly sustainable technology for the culinary, pharmaceutical and cosmetics industries anticipating a worldwide seaweed market for 2021 of $17B. A recent article published in the journal Nature, 24th July, 2020, claims sulfated polysaccharides derived from seaweed effectively inhibit SARS-CoV-2 in vitro, more potent and perhaps outperforming Remdesivir in blocking COVID-1

RM2CA8CW3–Seakura Farm, Israel. 5th August, 2020. The Seakura Farm, established in 2007, produces clean, organic and nutritious marine Ulva and Gracilaria seaweed in land based pools with ocean water in a controlled environment using highly sustainable technology for the culinary, pharmaceutical and cosmetics industries anticipating a worldwide seaweed market for 2021 of $17B. A recent article published in the journal Nature, 24th July, 2020, claims sulfated polysaccharides derived from seaweed effectively inhibit SARS-CoV-2 in vitro, more potent and perhaps outperforming Remdesivir in blocking COVID-1

RM2CA8CGN–Seakura Farm, Israel. 5th August, 2020. The Seakura Farm, established in 2007, produces clean, organic and nutritious marine Ulva and Gracilaria seaweed in land based pools with ocean water in a controlled environment using highly sustainable technology for the culinary, pharmaceutical and cosmetics industries anticipating a worldwide seaweed market for 2021 of $17B. A recent article published in the journal Nature, 24th July, 2020, claims sulfated polysaccharides derived from seaweed effectively inhibit SARS-CoV-2 in vitro, more potent and perhaps outperforming Remdesivir in blocking COVID-1

RM2CA8CCJ–Seakura Farm, Israel. 5th August, 2020. The Seakura Farm, established in 2007, produces clean, organic and nutritious marine Ulva and Gracilaria seaweed in land based pools with ocean water in a controlled environment using highly sustainable technology for the culinary, pharmaceutical and cosmetics industries anticipating a worldwide seaweed market for 2021 of $17B. A recent article published in the journal Nature, 24th July, 2020, claims sulfated polysaccharides derived from seaweed effectively inhibit SARS-CoV-2 in vitro, more potent and perhaps outperforming Remdesivir in blocking COVID-1

RM2CA8CM1–Seakura Farm, Israel. 5th August, 2020. The Seakura Farm, established in 2007, produces clean, organic and nutritious marine Ulva and Gracilaria seaweed in land based pools with ocean water in a controlled environment using highly sustainable technology for the culinary, pharmaceutical and cosmetics industries anticipating a worldwide seaweed market for 2021 of $17B. A recent article published in the journal Nature, 24th July, 2020, claims sulfated polysaccharides derived from seaweed effectively inhibit SARS-CoV-2 in vitro, more potent and perhaps outperforming Remdesivir in blocking COVID-1

RM2CA8CJT–Seakura Farm, Israel. 5th August, 2020. The Seakura Farm, established in 2007, produces clean, organic and nutritious marine Ulva and Gracilaria seaweed in land based pools with ocean water in a controlled environment using highly sustainable technology for the culinary, pharmaceutical and cosmetics industries anticipating a worldwide seaweed market for 2021 of $17B. A recent article published in the journal Nature, 24th July, 2020, claims sulfated polysaccharides derived from seaweed effectively inhibit SARS-CoV-2 in vitro, more potent and perhaps outperforming Remdesivir in blocking COVID-1

RM2CA8CNC–Seakura Farm, Israel. 5th August, 2020. The Seakura Farm, established in 2007, produces clean, organic and nutritious marine Ulva and Gracilaria seaweed in land based pools with ocean water in a controlled environment using highly sustainable technology for the culinary, pharmaceutical and cosmetics industries anticipating a worldwide seaweed market for 2021 of $17B. A recent article published in the journal Nature, 24th July, 2020, claims sulfated polysaccharides derived from seaweed effectively inhibit SARS-CoV-2 in vitro, more potent and perhaps outperforming Remdesivir in blocking COVID-1

RM2CA8CRA–Seakura Farm, Israel. 5th August, 2020. The Seakura Farm, established in 2007, produces clean, organic and nutritious marine Ulva and Gracilaria seaweed in land based pools with ocean water in a controlled environment using highly sustainable technology for the culinary, pharmaceutical and cosmetics industries anticipating a worldwide seaweed market for 2021 of $17B. A recent article published in the journal Nature, 24th July, 2020, claims sulfated polysaccharides derived from seaweed effectively inhibit SARS-CoV-2 in vitro, more potent and perhaps outperforming Remdesivir in blocking COVID-1

RM2CA8C7W–Seakura Farm, Israel. 5th August, 2020. The Seakura Farm, established in 2007, produces clean, organic and nutritious marine Ulva and Gracilaria seaweed in land based pools with ocean water in a controlled environment using highly sustainable technology for the culinary, pharmaceutical and cosmetics industries anticipating a worldwide seaweed market for 2021 of $17B. A recent article published in the journal Nature, 24th July, 2020, claims sulfated polysaccharides derived from seaweed effectively inhibit SARS-CoV-2 in vitro, more potent and perhaps outperforming Remdesivir in blocking COVID-1

RM2CA8CR8–Seakura Farm, Israel. 5th August, 2020. The Seakura Farm, established in 2007, produces clean, organic and nutritious marine Ulva and Gracilaria seaweed in land based pools with ocean water in a controlled environment using highly sustainable technology for the culinary, pharmaceutical and cosmetics industries anticipating a worldwide seaweed market for 2021 of $17B. A recent article published in the journal Nature, 24th July, 2020, claims sulfated polysaccharides derived from seaweed effectively inhibit SARS-CoV-2 in vitro, more potent and perhaps outperforming Remdesivir in blocking COVID-1