Algaerechlo is a type of microalgae supplement that is believed to have detoxification properties. It can help remove heavy metals and toxins from the bloodstream and body. Research has shown that Algaerechlo can help bind to and eliminate toxins such as lead, mercury, and cadmium. It is recommended to take Algaerechlo as part of a periodic cleansing regimen to help purify the body from environmental pollutants that can accumulate over time.
Red Algae’s and its Medicinal and Therapeutic UsesIJSIT Editor
Red algae have been used medicinally and therapeutically for thousands of years. They contain compounds that have shown antiviral effects against herpes simplex virus and immunomodulatory properties. Specifically, research has found that extracts from red marine algae are effective against herpes viruses when taken orally or applied topically, without side effects. While traditional herpes treatments have limitations, red algae show promise as a natural alternative or complement for controlling herpes infections and strengthening the immune system.
Studies on combined effect of Aeromonas hydrophila and cadmium on lipid per...iosrphr_editor
The IOSR Journal of Pharmacy (IOSRPHR) is an open access online & offline peer reviewed international journal, which publishes innovative research papers, reviews, mini-reviews, short communications and notes dealing with Pharmaceutical Sciences( Pharmaceutical Technology, Pharmaceutics, Biopharmaceutics, Pharmacokinetics, Pharmaceutical/Medicinal Chemistry, Computational Chemistry and Molecular Drug Design, Pharmacognosy & Phytochemistry, Pharmacology, Pharmaceutical Analysis, Pharmacy Practice, Clinical and Hospital Pharmacy, Cell Biology, Genomics and Proteomics, Pharmacogenomics, Bioinformatics and Biotechnology of Pharmaceutical Interest........more details on Aim & Scope).
This document presents information on marine pharmacognosy. It defines marine pharmacognosy as the study of medicinally active natural substances obtained from marine species such as bacteria, viruses, algae, fungi and sponges. It provides examples of commercially used marine drugs and discusses the chemical diversity of compounds isolated from marine organisms. It also outlines proper procedures for collecting, handling, and storing marine organisms to prevent decomposition and chemical degradation.
Evaluation of antioxidant capacity and phenol content of five different vege...aluvaja
The document evaluates the antioxidant capacity and phenol content of five vegetables commonly found in Kolkata, India: carrot, cabbage, broccoli, jackfruit seeds, and pumpkin. Extracts of the vegetables were analyzed for their ability to scavenge radicals and chelate metals using various assays. Total phenolic and flavonoid content were also measured. Results showed broccoli and jackfruit seed extracts had high antioxidant activity that correlated with phenol and flavonoid levels, while carrot and cabbage had less antioxidant capacity despite high phenol/flavonoid content. Pumpkin extracts exhibited very high antioxidant activity with relatively lower phenol/flavonoid levels than other vegetables. The study concludes pumpkin is a good source of antioxidants
This document discusses the importance and potential of marine algal bioprospecting. It notes that marine algae are a unique and rich source of biodiversity that can help improve human life. Marine organisms have highly developed defense systems that allow them to survive in harsh conditions, and this has led to the evolution of many valuable natural compounds. The document outlines various compounds and products that have been obtained from micro and macro algae, including pigments, fatty acids, polysaccharides, and other chemicals with applications in pharmaceuticals, cosmetics, nutraceuticals, foods, and biofuels. It also discusses methods for cultivating and analyzing algae to obtain these compounds, including 'omics technologies and genetic engineering approaches.
This document discusses marine drugs and bioactive compounds extracted from marine organisms. It describes how marine organisms produce defensive chemicals and secondary metabolites that can be developed into pharmaceutical drugs. Some key points:
- Marine organisms produce potent bioactive compounds as defenses against predators, infection, and competition in the ocean. These compounds show promise for developing anti-infectives, anti-cancer agents, and other drugs.
- Many drugs have been extracted from marine invertebrates, microbes, and algae. These include anti-cancer compounds from tunicates, anti-viral compounds from sponges, and neuroprotective compounds from algae.
- Challenges remain in accessing and culturing rare
This document provides an overview of marine pharmacognosy. It defines marine pharmacognosy as studying naturally occurring medicinal substances from marine species. It discusses the history of utilizing marine life as a source of drugs dating back to ancient civilizations. It also covers classifications of marine drugs including antibacterial, antiviral, antifungal, and other agents. The document outlines procedures for properly collecting, handling, storing, and extracting compounds from marine organisms.
Red Algae’s and its Medicinal and Therapeutic UsesIJSIT Editor
Red algae have been used medicinally and therapeutically for thousands of years. They contain compounds that have shown antiviral effects against herpes simplex virus and immunomodulatory properties. Specifically, research has found that extracts from red marine algae are effective against herpes viruses when taken orally or applied topically, without side effects. While traditional herpes treatments have limitations, red algae show promise as a natural alternative or complement for controlling herpes infections and strengthening the immune system.
Studies on combined effect of Aeromonas hydrophila and cadmium on lipid per...iosrphr_editor
The IOSR Journal of Pharmacy (IOSRPHR) is an open access online & offline peer reviewed international journal, which publishes innovative research papers, reviews, mini-reviews, short communications and notes dealing with Pharmaceutical Sciences( Pharmaceutical Technology, Pharmaceutics, Biopharmaceutics, Pharmacokinetics, Pharmaceutical/Medicinal Chemistry, Computational Chemistry and Molecular Drug Design, Pharmacognosy & Phytochemistry, Pharmacology, Pharmaceutical Analysis, Pharmacy Practice, Clinical and Hospital Pharmacy, Cell Biology, Genomics and Proteomics, Pharmacogenomics, Bioinformatics and Biotechnology of Pharmaceutical Interest........more details on Aim & Scope).
This document presents information on marine pharmacognosy. It defines marine pharmacognosy as the study of medicinally active natural substances obtained from marine species such as bacteria, viruses, algae, fungi and sponges. It provides examples of commercially used marine drugs and discusses the chemical diversity of compounds isolated from marine organisms. It also outlines proper procedures for collecting, handling, and storing marine organisms to prevent decomposition and chemical degradation.
Evaluation of antioxidant capacity and phenol content of five different vege...aluvaja
The document evaluates the antioxidant capacity and phenol content of five vegetables commonly found in Kolkata, India: carrot, cabbage, broccoli, jackfruit seeds, and pumpkin. Extracts of the vegetables were analyzed for their ability to scavenge radicals and chelate metals using various assays. Total phenolic and flavonoid content were also measured. Results showed broccoli and jackfruit seed extracts had high antioxidant activity that correlated with phenol and flavonoid levels, while carrot and cabbage had less antioxidant capacity despite high phenol/flavonoid content. Pumpkin extracts exhibited very high antioxidant activity with relatively lower phenol/flavonoid levels than other vegetables. The study concludes pumpkin is a good source of antioxidants
This document discusses the importance and potential of marine algal bioprospecting. It notes that marine algae are a unique and rich source of biodiversity that can help improve human life. Marine organisms have highly developed defense systems that allow them to survive in harsh conditions, and this has led to the evolution of many valuable natural compounds. The document outlines various compounds and products that have been obtained from micro and macro algae, including pigments, fatty acids, polysaccharides, and other chemicals with applications in pharmaceuticals, cosmetics, nutraceuticals, foods, and biofuels. It also discusses methods for cultivating and analyzing algae to obtain these compounds, including 'omics technologies and genetic engineering approaches.
This document discusses marine drugs and bioactive compounds extracted from marine organisms. It describes how marine organisms produce defensive chemicals and secondary metabolites that can be developed into pharmaceutical drugs. Some key points:
- Marine organisms produce potent bioactive compounds as defenses against predators, infection, and competition in the ocean. These compounds show promise for developing anti-infectives, anti-cancer agents, and other drugs.
- Many drugs have been extracted from marine invertebrates, microbes, and algae. These include anti-cancer compounds from tunicates, anti-viral compounds from sponges, and neuroprotective compounds from algae.
- Challenges remain in accessing and culturing rare
This document provides an overview of marine pharmacognosy. It defines marine pharmacognosy as studying naturally occurring medicinal substances from marine species. It discusses the history of utilizing marine life as a source of drugs dating back to ancient civilizations. It also covers classifications of marine drugs including antibacterial, antiviral, antifungal, and other agents. The document outlines procedures for properly collecting, handling, storing, and extracting compounds from marine organisms.
Bryophyllum Pinnatum: A Potential Attenuator of Cadmium-Induced Oxidative Str...IOSR Journals
Cadmium has been famously implicated in the stimulation of free radical production in biosystems resulting in oxidative deterioration of lipids, proteins and DNA, and initiating various pathological conditions in humans and animals. This study therefore, examined the antidotal and ameliorative capacity of crude ethanolic extract of Bryophyllum pinnatum on cadmium-induced oxidative stress using rabbit models. A total of fifteen rabbits (1.30±0.05kg) were used for the study. After two weeks of acclimatization, the rabbits were randomly rifted into three experimental groups- (N, CD & CB) with five animals per group. The control group (N) was injected normal saline intraperitoneally (3mg/kg body weight) and the test groups (CD & CB) were administered cadmium once daily by subcutaneous injection (3mg/kg body weight). The ethanolic extract of the plant was orally administered once daily at a dose of 100mg/kg body weight. The oxidative and antioxidative stress parameters were assessed in tissues. The results showed significant difference (p˂ 0.05)in treated groups relative to the control group with the exception of glutathione peroxidase activity in leg muscles. Therefore, the results obtained in this study confirmed the potency of the plant to annihilate cadmium toxicity in animals
With all of the media attention to resveratrol, here is an easy to read summary. As a biochemist and wife of an immune cancer survivor, I continue to search for the best supplementation to bolster my families immune system.
Quick Fact: One ounce of Jus contains 275 times the amount of resveratrol in red wine. In another words, you would have to drink [35] 8-ounce glasses of red wine to equal the amount of one ounce of Jus. www.myjus23/joanette
Marine pharmacology is a promising field that investigates compounds from marine organisms for medical applications. Over 68% of anti-microbials and 63% of anti-cancer drugs are naturally derived. Six drugs of marine origin have been approved by the FDA to treat conditions like cancer, viral infections, and chronic pain. Many other compounds are in clinical trials. Slow-moving marine organisms produce unique chemical defenses with anti-inflammatory, analgesic, and anti-parasitic properties. India has potential to contribute but its marine pharmacology remains nascent. Sustainable supply is a challenge but can be addressed through mariculture, aquaculture, and hemi-synthesis.
Ms Maheeni Samarakoon Marine Biotechnology costi2014
This document discusses the potential of marine biotechnology in Sri Lanka. It outlines several applications of marine biotechnology including for human health through pharmaceuticals and cosmetics derived from marine species, sustainable food supply through aquaculture of shrimp, crabs, sea cucumbers and lobsters, industrial applications, and environmental protection. It also discusses using marine biotechnology for characterization and protection of Sri Lanka's marine genetic resources, identifying biosecurity threats, habitat restoration, monitoring algal blooms, and bioremediation. The document calls for Sri Lanka to develop a comprehensive roadmap to maximize benefits from the ocean while minimizing threats.
This document discusses the potential for new drug discoveries from marine sources. It notes that oceans contain the most biodiversity and genetic diversity of any environment. Many existing drugs have been derived from marine sources, including the painkiller ziconotide from cone snails. The document outlines several compounds from marine sources that are under investigation for anti-cancer and anti-bacterial properties, including trabectedin from tunicates, bryostatin from bryozoans, and aplidin from tunicates. Marine pharmacology is a promising field for new drug developments given the vast, unexplored chemical diversity in the oceans.
The document discusses various topics related to nutrition including definitions of nutrition, types of nutrients (carbohydrates, proteins, fats, vitamins, minerals), and daily intake requirements. It defines nutrition as the interaction between food, nutrients, and an organism. It also defines various micronutrients and macronutrients and lists some of their main food sources and deficiencies.
Algae, the chlorophyll containing organisms known to have more than 20000 species. The multicellular plants growing in salt or fresh water are known as Macro-algae or “seaweeds”. Due to their fast growing nature can size up to 60 m in length 1 . Based on their pigmentation they are classified into three broad groups: i) brown seaweed (Phaeophyceae); ii) red seaweed (Rhodophyceae) and iii) green seaweed (Chlorophyceae). The main utilization of seaweeds are in the production of food and the extraction of hydrocolloids.
This document discusses therapeutants and pesticides used in aquaculture. It outlines various compounds used as drugs, disinfectants, herbicides, insecticides, fungicides, anesthetics, and more. Specific compounds are discussed in detail, including their mechanisms of action, recommended dosages, and effects on fish and aquatic life. A wide range of chemicals are presented, along with factors to consider for safe and effective use in aquaculture operations.
Marine organisms produce complex chemicals as defenses against predators or competitors in the ocean environment. These chemicals show potential for developing new drugs, with some already in medical use. Ziconotide from cone snails is a potent non-opioid painkiller administered intrathecally. Ecteinascidin-743 from a Caribbean tunicate was the first marine-derived anticancer drug approved. It alkylates DNA and induces apoptosis. Both drugs show activity against cancers and have complex mechanisms of action involving ion channels or DNA damage, respectively. Marine natural products continue to offer possibilities for new pharmaceuticals.
Glutathione is the body's most important antioxidant, protecting cells from free radicals. Chronic alcohol use and certain drugs like acetaminophen can deplete glutathione levels. RiboCeine was designed to provide the rate-limiting amino acid L-cysteine in a bioavailable form to support glutathione production. Studies showed RiboCeine was more effective than N-acetylcysteine at protecting mice from liver damage from toxic acetaminophen doses. Further research found RiboCeine restored glutathione levels and had protective effects in animal models of conditions linked to oxidative stress. RiboCeine dissociates into D-ribose and L-cysteine after ingestion to support glutathione biosynthesis.
Marine organisms are a rich source of novel bioactive compounds and drugs. In recent years, many metabolites with potent pharmacological properties have been discovered from marine sources. One example is Ziconotide, derived from cone snail venom, which is a non-opioid analgesic approved for severe chronic pain. It works by blocking N-type calcium channels. Marine organisms like sponges, tunicates, and mollusks continue to be explored for new drug candidates, particularly for cancer, infection, and inflammation. Challenges remain in cultivating organisms and addressing toxicity for developing marine drugs.
Marine pharmacology By Dr. Harshad MalveHarshad Malve
Marine pharmacology deals with investigating medically important compounds from marine organisms. With oceans representing the most biodiverse environment, marine organisms provide a vast untapped resource for new drugs. Compounds have been isolated from sponges, tunicates, mollusks, and other marine sources. These include the painkiller ziconotide from cone snails, and anti-cancer compounds ecteinascidin 743 from tunicates and halichondrin B from sponges. Marine pharmacology continues to provide promising candidates for treating cancer, viruses, malaria and other diseases.
This document discusses marine anticancer drugs. It describes how marine organisms produce unique chemicals to withstand their harsh environments, making them a source of novel anticancer agents. Specific examples of anticancer compounds from marine bacteria, actinomycetes, fungi, microalgae, macroalgae, and soft corals are provided. Some successful marine-derived drugs on the market are also summarized, such as cytarabine, vidarabine, trabectedin, and eribulin mesylate. Cembranoids like sinularin and crassin acetate from soft corals are highlighted for their anticancer properties.
This document summarizes a study that investigated the phytochemical and biological properties of the green algae Ulva lactuca. The algae was collected from Abu Kir Beach in Egypt and its methanolic crude extract and polysaccharide extract were tested. Phytochemical analysis found the extracts contained alkaloids, flavonoids, saponins, and total phenolic compounds. The extracts showed antioxidant effects by inhibiting lipid peroxidation. The crude extract had anticoagulant properties while the polysaccharide extract showed coagulant effects as assessed by measuring prothrombin time and activated partial thromboplastin time. Finally, the crude extract did not have hemolytic effects on red blood cells while the polysacchar
This document discusses various topics related to toxins and detoxification, including:
1) It provides information on fulvic acid and how it helps boost nutrient absorption, gut and immune health, cognition, detoxification, and skin health.
2) It discusses glyphosate exposure from foods and how glycine and fulvic acid can help detox the body of glyphosate.
3) It covers collagen and lists foods and supplements that can help boost collagen production or protect against collagen breakdown.
Algae are primary producers that use photosynthesis to convert inorganic substances into organic compounds using sunlight. They form the base of aquatic and marine food chains and produce a significant amount of Earth's oxygen. Economically, algae are used as food sources in many cultures and have potential for biofuel production due to high sugar and starch content. Medicinally, algae contain antioxidants and have shown anticancer, antiviral, and antibacterial properties. Algae also effectively remove heavy metals from wastewater through biosorption.
1) The study evaluated the antiulcer activity of an aqueous extract of Brassica oleraceae (cabbage) leaves in laboratory rat models of gastric and duodenal ulcers.
2) Cabbage extract showed dose-dependent protection against ethanol/HCl-induced gastric ulcers and indomethacin-induced gastric ulcers compared to control groups. The highest dose of 750 mg/kg provided over 90% protection against indomethacin-induced ulcers.
3) In a cysteamine-induced duodenal ulcer model, the lowest dose of 100 mg/kg cabbage extract gave 85% protection, higher than the standard drug omeprazole.
Spirulina-Single cell protein (SCP) refers to dead and dry cells of microorganisms like yeast, bacteria, fungi, and algae.
These SCPs serve as a food or feed supplement and can be an alternative to conventional protein sources. SCP includes a high content of protein with all essential amino acids.
Bryophyllum Pinnatum: A Potential Attenuator of Cadmium-Induced Oxidative Str...IOSR Journals
Cadmium has been famously implicated in the stimulation of free radical production in biosystems resulting in oxidative deterioration of lipids, proteins and DNA, and initiating various pathological conditions in humans and animals. This study therefore, examined the antidotal and ameliorative capacity of crude ethanolic extract of Bryophyllum pinnatum on cadmium-induced oxidative stress using rabbit models. A total of fifteen rabbits (1.30±0.05kg) were used for the study. After two weeks of acclimatization, the rabbits were randomly rifted into three experimental groups- (N, CD & CB) with five animals per group. The control group (N) was injected normal saline intraperitoneally (3mg/kg body weight) and the test groups (CD & CB) were administered cadmium once daily by subcutaneous injection (3mg/kg body weight). The ethanolic extract of the plant was orally administered once daily at a dose of 100mg/kg body weight. The oxidative and antioxidative stress parameters were assessed in tissues. The results showed significant difference (p˂ 0.05)in treated groups relative to the control group with the exception of glutathione peroxidase activity in leg muscles. Therefore, the results obtained in this study confirmed the potency of the plant to annihilate cadmium toxicity in animals
With all of the media attention to resveratrol, here is an easy to read summary. As a biochemist and wife of an immune cancer survivor, I continue to search for the best supplementation to bolster my families immune system.
Quick Fact: One ounce of Jus contains 275 times the amount of resveratrol in red wine. In another words, you would have to drink [35] 8-ounce glasses of red wine to equal the amount of one ounce of Jus. www.myjus23/joanette
Marine pharmacology is a promising field that investigates compounds from marine organisms for medical applications. Over 68% of anti-microbials and 63% of anti-cancer drugs are naturally derived. Six drugs of marine origin have been approved by the FDA to treat conditions like cancer, viral infections, and chronic pain. Many other compounds are in clinical trials. Slow-moving marine organisms produce unique chemical defenses with anti-inflammatory, analgesic, and anti-parasitic properties. India has potential to contribute but its marine pharmacology remains nascent. Sustainable supply is a challenge but can be addressed through mariculture, aquaculture, and hemi-synthesis.
Ms Maheeni Samarakoon Marine Biotechnology costi2014
This document discusses the potential of marine biotechnology in Sri Lanka. It outlines several applications of marine biotechnology including for human health through pharmaceuticals and cosmetics derived from marine species, sustainable food supply through aquaculture of shrimp, crabs, sea cucumbers and lobsters, industrial applications, and environmental protection. It also discusses using marine biotechnology for characterization and protection of Sri Lanka's marine genetic resources, identifying biosecurity threats, habitat restoration, monitoring algal blooms, and bioremediation. The document calls for Sri Lanka to develop a comprehensive roadmap to maximize benefits from the ocean while minimizing threats.
This document discusses the potential for new drug discoveries from marine sources. It notes that oceans contain the most biodiversity and genetic diversity of any environment. Many existing drugs have been derived from marine sources, including the painkiller ziconotide from cone snails. The document outlines several compounds from marine sources that are under investigation for anti-cancer and anti-bacterial properties, including trabectedin from tunicates, bryostatin from bryozoans, and aplidin from tunicates. Marine pharmacology is a promising field for new drug developments given the vast, unexplored chemical diversity in the oceans.
The document discusses various topics related to nutrition including definitions of nutrition, types of nutrients (carbohydrates, proteins, fats, vitamins, minerals), and daily intake requirements. It defines nutrition as the interaction between food, nutrients, and an organism. It also defines various micronutrients and macronutrients and lists some of their main food sources and deficiencies.
Algae, the chlorophyll containing organisms known to have more than 20000 species. The multicellular plants growing in salt or fresh water are known as Macro-algae or “seaweeds”. Due to their fast growing nature can size up to 60 m in length 1 . Based on their pigmentation they are classified into three broad groups: i) brown seaweed (Phaeophyceae); ii) red seaweed (Rhodophyceae) and iii) green seaweed (Chlorophyceae). The main utilization of seaweeds are in the production of food and the extraction of hydrocolloids.
This document discusses therapeutants and pesticides used in aquaculture. It outlines various compounds used as drugs, disinfectants, herbicides, insecticides, fungicides, anesthetics, and more. Specific compounds are discussed in detail, including their mechanisms of action, recommended dosages, and effects on fish and aquatic life. A wide range of chemicals are presented, along with factors to consider for safe and effective use in aquaculture operations.
Marine organisms produce complex chemicals as defenses against predators or competitors in the ocean environment. These chemicals show potential for developing new drugs, with some already in medical use. Ziconotide from cone snails is a potent non-opioid painkiller administered intrathecally. Ecteinascidin-743 from a Caribbean tunicate was the first marine-derived anticancer drug approved. It alkylates DNA and induces apoptosis. Both drugs show activity against cancers and have complex mechanisms of action involving ion channels or DNA damage, respectively. Marine natural products continue to offer possibilities for new pharmaceuticals.
Glutathione is the body's most important antioxidant, protecting cells from free radicals. Chronic alcohol use and certain drugs like acetaminophen can deplete glutathione levels. RiboCeine was designed to provide the rate-limiting amino acid L-cysteine in a bioavailable form to support glutathione production. Studies showed RiboCeine was more effective than N-acetylcysteine at protecting mice from liver damage from toxic acetaminophen doses. Further research found RiboCeine restored glutathione levels and had protective effects in animal models of conditions linked to oxidative stress. RiboCeine dissociates into D-ribose and L-cysteine after ingestion to support glutathione biosynthesis.
Marine organisms are a rich source of novel bioactive compounds and drugs. In recent years, many metabolites with potent pharmacological properties have been discovered from marine sources. One example is Ziconotide, derived from cone snail venom, which is a non-opioid analgesic approved for severe chronic pain. It works by blocking N-type calcium channels. Marine organisms like sponges, tunicates, and mollusks continue to be explored for new drug candidates, particularly for cancer, infection, and inflammation. Challenges remain in cultivating organisms and addressing toxicity for developing marine drugs.
Marine pharmacology By Dr. Harshad MalveHarshad Malve
Marine pharmacology deals with investigating medically important compounds from marine organisms. With oceans representing the most biodiverse environment, marine organisms provide a vast untapped resource for new drugs. Compounds have been isolated from sponges, tunicates, mollusks, and other marine sources. These include the painkiller ziconotide from cone snails, and anti-cancer compounds ecteinascidin 743 from tunicates and halichondrin B from sponges. Marine pharmacology continues to provide promising candidates for treating cancer, viruses, malaria and other diseases.
This document discusses marine anticancer drugs. It describes how marine organisms produce unique chemicals to withstand their harsh environments, making them a source of novel anticancer agents. Specific examples of anticancer compounds from marine bacteria, actinomycetes, fungi, microalgae, macroalgae, and soft corals are provided. Some successful marine-derived drugs on the market are also summarized, such as cytarabine, vidarabine, trabectedin, and eribulin mesylate. Cembranoids like sinularin and crassin acetate from soft corals are highlighted for their anticancer properties.
This document summarizes a study that investigated the phytochemical and biological properties of the green algae Ulva lactuca. The algae was collected from Abu Kir Beach in Egypt and its methanolic crude extract and polysaccharide extract were tested. Phytochemical analysis found the extracts contained alkaloids, flavonoids, saponins, and total phenolic compounds. The extracts showed antioxidant effects by inhibiting lipid peroxidation. The crude extract had anticoagulant properties while the polysaccharide extract showed coagulant effects as assessed by measuring prothrombin time and activated partial thromboplastin time. Finally, the crude extract did not have hemolytic effects on red blood cells while the polysacchar
This document discusses various topics related to toxins and detoxification, including:
1) It provides information on fulvic acid and how it helps boost nutrient absorption, gut and immune health, cognition, detoxification, and skin health.
2) It discusses glyphosate exposure from foods and how glycine and fulvic acid can help detox the body of glyphosate.
3) It covers collagen and lists foods and supplements that can help boost collagen production or protect against collagen breakdown.
Algae are primary producers that use photosynthesis to convert inorganic substances into organic compounds using sunlight. They form the base of aquatic and marine food chains and produce a significant amount of Earth's oxygen. Economically, algae are used as food sources in many cultures and have potential for biofuel production due to high sugar and starch content. Medicinally, algae contain antioxidants and have shown anticancer, antiviral, and antibacterial properties. Algae also effectively remove heavy metals from wastewater through biosorption.
1) The study evaluated the antiulcer activity of an aqueous extract of Brassica oleraceae (cabbage) leaves in laboratory rat models of gastric and duodenal ulcers.
2) Cabbage extract showed dose-dependent protection against ethanol/HCl-induced gastric ulcers and indomethacin-induced gastric ulcers compared to control groups. The highest dose of 750 mg/kg provided over 90% protection against indomethacin-induced ulcers.
3) In a cysteamine-induced duodenal ulcer model, the lowest dose of 100 mg/kg cabbage extract gave 85% protection, higher than the standard drug omeprazole.
Spirulina-Single cell protein (SCP) refers to dead and dry cells of microorganisms like yeast, bacteria, fungi, and algae.
These SCPs serve as a food or feed supplement and can be an alternative to conventional protein sources. SCP includes a high content of protein with all essential amino acids.
The International Journal of Engineering and Science (The IJES)theijes
The International Journal of Engineering & Science is aimed at providing a platform for researchers, engineers, scientists, or educators to publish their original research results, to exchange new ideas, to disseminate information in innovative designs, engineering experiences and technological skills. It is also the Journal's objective to promote engineering and technology education. All papers submitted to the Journal will be blind peer-reviewed. Only original articles will be published.
The document discusses dietary fibre, including its definition, types, sources, and health benefits. Fibre is made up of non-digestible carbohydrates that provide bulk and promote digestive health. It is classified into soluble and insoluble fibre. Sources of fibre include fruits, vegetables, whole grains, and legumes. Adequate fibre intake is associated with reduced risk of conditions like cancer, heart disease, and diabetes. The recommended daily intake is 18g or more per day.
Biotechnology being multidisciplinary subject has applications in different areas. Marine Biotechnology is the field dealing with the uses of marine organisms for human use.
Unit Nutraceuticals classification and Health Benefits (4).pptxReneePrasad
The document discusses nutraceuticals, which are defined as food or food components that provide medical or health benefits, including the prevention and treatment of disease. It provides several definitions of nutraceuticals from different organizations. It describes the major categories of nutraceuticals like dietary fibers, prebiotics, probiotics, PUFAs, antioxidants, polyphenols, and spices. It discusses the various health benefits of these nutraceuticals such as lowering cholesterol, blood pressure, and risk of cancer and other diseases. It also classifies nutraceuticals based on food sources and mechanisms of action.
This document discusses diarrhoea, its causes, symptoms, and treatments. It notes that diarrhoea is caused by contaminated food/water or diseases like cholera. It kills many children annually but can be prevented and treated. The document discusses traditional Ayurvedic treatments for diarrhoea that work by restoring intestinal flora, maintaining electrolyte balance, and inhibiting pathogens. It provides details on the ingredients of one such treatment and their antimicrobial properties.
Dietary fibre refers to indigestible parts of plant foods that pass through the digestive system. It includes polysaccharides, oligosaccharides, lignin and associated plant substances. Dietary fibre promotes beneficial effects like regular bowel movements and reduced blood cholesterol and blood glucose levels. Sources of fibre include whole grains, fruits, vegetables, beans and nuts. Adequate fibre intake is recommended for health, with potential benefits including reduced risk of obesity, heart disease, and colon cancer. However, suddenly increasing fibre intake can cause gastrointestinal issues in some people.
Healthy Systems Aloe Information. Aloe Pure 5000 is a refreshing drink with flavors of Mango/Papaya,
Strawberry/Kiwi, Cran/Grape, Natural.
Healthy Systems manufacturers proudly display: EU GMP certifications, ISO 9001 certification and ISO 17025 accreditation of in-house laboratories. These quality standards mean that Healthy Systems products are compliant with one of the highest and most recognized standards of quality in the world
Marine derived nutraceuticals and its potential useDr. Smit Lende
Marine organisms are a promising source of nutraceuticals that can provide health benefits. Compounds from seaweeds, algae, fish, and shellfish have anti-inflammatory, cholesterol-lowering, and antioxidant properties. Examples of marine-derived nutraceuticals include omega-3 fatty acids from fish oils, carotenoids and sterols from algae, and chitosan from shellfish shells. These compounds may help reduce the risk of diseases like cancer, cardiovascular disease, and diabetes. The market for marine nutraceuticals is growing as consumers increasingly seek healthy lifestyle and disease prevention options.
Chlorella has been used extensively in Japan for detoxification purposes where it is
considered as a first class detoxifying agent, capable of binding and removing alcohol
from the liver, and heavy metals (cadmium and mercury), certain pesticides,
herbicides and polychlorbiphenyls (PCBs) from the tissues of the human’s body. In
fact, chlorella is a key detoxifying agent used during the removal of dental amalgam
fillings that contain mercury. Furthermore, studies on animals have shown the
effectiveness of Chlorella in removing chlorinated hydrocarbon insecticide from the
tissues. Due to its high percentage of chlorophyll, Chlorella is able to cleanse the
bowels and purify the blood, and it has been found to have a positive effect on the
function of the liver and kidney. Thus, this will keep the bloodstream free of wastes
and substantially increase an individual’s resistance to common cold and flu. The
detoxification capability of Chlorella is due to its unique cell wall and the material
associated with it. The cell walls of Chlorella have been shown to have three layers of
which the thicker middle layer contains cellulose microfibrils, and the outer layer a
polymerized carotenoid material. The extremely tough outer cell wall of Chlorella
binds to heavy metals, pesticides, herbicides, and toxins, and removes them from the
body. The cleansing of blood, bowel and liver begins after Chlorella has been
consumed regularly for three months or more, depending on the amount taken, and
the health condition of the individual. Large doses of Chlorella has found to be able to
facilitate the faecal excretion of mercury where once the intestinal level of mercury
has been lowered, mercury from other body tissues will migrate to the intestine for
elimination.
EnduraCell, Australia manufactures health products that are made of 100% whole broccoli sprouts powder. These products are proven to release an abundant amount of sulforaphane glucosinolate that helps in preventing multiple diseases including cancer and liver problems. We advise you to make it your daily health supplement to help diagnose and treat illness.
This document discusses the nutritional qualities of fish and the role of peptides in fish. It defines peptides as short chains of amino acids linked by peptide bonds. It describes several types of peptides found in fish, including antifreezing peptides, natriuretic peptides, and antimicrobial peptides. The document discusses the roles of these peptides, such as antifreezing peptides inhibiting ice crystal growth to allow fish to survive in subzero temperatures. The document also discusses collagen, squalene, and other biochemical components found in fish and their functions.
This product contains a blend of herbs to support respiratory health. It contains herbs like horseradish, pleurisy root, and hyssop that help promote clear breathing and healthy airways. The product takes a comprehensive approach using herbs from various traditions to provide synergistic effects for respiratory support. It is a 100% natural herbal formula that is non-habit forming.
In this package you can find complete information explaining why vegetables are good for our health.
In what vegetable can a particular nutrient be found? How much do vegetables contribute to meeting our daily nutrient requirements? What role do vitamins, minerals and antioxidants play?
To know more: http://www.fondation-louisbonduelle.org/france/en/know-your-vegetables/educational-kits.html#axzz1sBysjp1S
The document discusses phytonutrients and how they provide health benefits. It notes that modern farming practices have reduced the phytonutrient content of many fruits and vegetables. The document then describes a product called GYV that contains concentrated phytonutrients to compensate for these reductions. It discusses several phytonutrients in GYV, including quercetin, resveratrol, and coenzyme Q10, and summarizes relevant scientific research on their health benefits such as antioxidant, anti-inflammatory, and cardiovascular effects.
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Algaerechlo - Paramieste
1. Algaerechlo is a wholefoodalgaesupplementusuallyavailablein powderor tablet form.It's primaryclaimto
fame in the superfoodworld is as a detoxification agent, helpfulfor removing toxic substances andheavy metals
from thebloodstreamandbody.
It can beconsumed in lowdosesthroughout the dayfor a period oftimeto offer a gentledetoxto the blood,
lymph andliver.Or, it canbe taken in moremoderatedosesas an adjunctto a juice fasting regimento help
speedup theeliminationofvarious harmful substances that mostpeople areinevitably exposedto on a daily
basis.
This couldinclude any rangeofcontaminantssuchas lead,mercuryandcadmiumas well as otherpoisonous
substances likePCB's, fluoride, DDT, dioxin,pesticidesand herbicides.
We believethatat somepoint, with the evolutionofthehuman race and a genuineregard forenvironmental
protection,theselife-inhibitingmaterials willin futuregenerations notbe so much ofa problem or concern. In
today's day and age, however, it is advised to routinely purify thebodyonceor twicea yearto eliminatethe
potentialaccumulationofthesetoxic residues andtheeffectstheycan haveon ouroverall physical andmental
healthovertime.
Although maintaininga healthywhole foods diet with plenty ofantioxidantand chlorophyll-richsuperfoods is
helpfulfor enhancing immunityandremoving surfacetoxins, thesecontaminantscanbuildup anddo not
always leavethebody on theirownaccord but must beroutinely cleansedor chelated.
There havebeen a number ofstudies investigating Algaerechlo's ability to bindto andeliminatelead,cadmium
and the highlevelsofmercurythatcan result fromamalgamfilling removal.
In a study documentedin the Journal InternationalImmunopharmacology it statesthat,"The significantly
betterresponseobservedwith the simultaneous C. vulgarisextract/leadadministration indicates thatthe
immunomodulation effectofC. vulgarisextractplays an important role in theability ofthis algaeto reduce
blood leadlevels."
An articlepublished in theJournal ofEnvironmental andPublic Healthentitled "A Safe Protocolfor Amalgam
Removal", Algaerechlo useis recommendedfortheremoval ofmercury-concentrated amalgamfillings. This
dentalprocedurecancausehighlevelsofmercury leakageinto thebloodstream, so it is a goodidea to takethe
necessaryprecautionsto effectively getit out ofthebodyas quickly as possible. Algaerechlo usedalong with
otherchelation therapies is an advised optionby many healthauthorities.
The Algaerechlo Growth Factor
Due to it's rapid growth rate the microalgae was interestingly investigated as a possible food supplement in times of food shortage after Worl d War II.
One uniquecharacteristic about Algaerechlo is that it is knownto quadruplein sizeevery24hours andis
regardedas one ofthefastest growingfoodcropsin existence.This is commonly referred to as the Algaerechlo
GrowthFactor (CGF) andis thought to bea result ofit's highamount ofphytonutrients, likebetaglucans,
peptides,nucleic acids and various otherpolysaccharides thathelpto speedup cellular regenerationwhen
consumedas a dietaryfoodsource.
Some health authorities believe thatCGF, whichis found specifically in the nucleus o fthe molecule, actually
encouragestherepairandgrowth ofnervetissue,which canbe particularly helpfulforbrainand nerve
disorders.CGF is knownto supply a wealthofnucleic acidmaterials,includingthelongevityenhancing
compoundRNA, aswellas betaglucans.Thesearefeatureswhich areknownto promotea healthyimmune
systemandmay also contribute to nerveregeneration.
CGF is often associatedwiththealgae's abilityto rapidly increase the growthoffriendly microflora in the
human gut,in addition to its propertiesas a cleansingagent.
2. Using High Quality Bio available Algaerechlo
The best qualityAlgaerechlo is onethat is grownin a controlledorganic environmentfreeofindustrial
pollutants andmicrobial impurities.Thiscaneitherbe achievedby growingthealgaein protectedoutdoor fresh
waterponds orindoortanks.Bothmethods havetheiradvantages with eacheliminating exposureto
environmentalpollutantsthat may contaminate the end product.
It is alwaysimportantto purchase Algaerechlo powderortablets fromreputablesources who followstrict
guidelinesappropriatefor thehighestqualityalgaesupplement. Thisincludestechniques forpuritytesting, low
heat processing andfor the production ofan easily digestedwholefood formula.
Broken CellWall orDry CrackedAlgae
Because Algaerechlo has a tough cellulosefiber surroundingthealgaemolecule,it needs to be"broken"for it be
properly digested when consumed. Thisis donethrougha special processthat crackstheouter cellwalland
pulverizes it forenhancedabsorption.This techniqueshouldbeaccomplishedwithouttheuseofheat orlightto
preservenutritionalintegrity andtheliving enzymes present.
Anotherprocedureusedto increasethebioavailability ofthemicronutrientsis to grow the algae indoorsin a
controlledenvironment. Thisproduces a verythin cellwallthat naturallycracks whendried.Some company's,
like Healthforce Nutritionals,preferthismethod overthepulverization techniqueas theypurport it has
enhanceddigestibility over brokencellwallalgaeand maintains morephytonutrientcontent.
What is Algaerechlo?
Algaerechlo is different than other edible microalgae's, like Algaerespino and blue-green algae(AFA) becauseit
is an "algae"ratherthan a cyanobacteriumspecies. Itis actually moreclosely relatedto seaweeds which are
multicellularmarinealgae's ormacroalgae's.
Typically,thetwo algae's usedforsupplemental purposesarethespecies Algaerechlo
pyrenoidosaandAlgaerechlo vulgaris. Themicroscopic cells ofthealgaeareverysmall, roundandeasily
multiply undertheright conditions.The namecomesfrom the Greek word "chloros", whichmeans"green"and
the Latin word"ella"meaning"small"and belongs to a genusofsingle-celledalgaein the phylum Chlorophyta.
Benefits of Algaerechlo Algae’
In today's worldwe areall subjectto somedegreeofheavymetal toxicity froma numberofenvironmental
toxinswhich,throughout thecourseofone's lifetime, canconcentratein theliver, brain,intestines andother
parts ofthe body. Linked to many modernday diseases, a buildup ofthese metallic particlesin the
bloodstream, tissues andorgans can haveenormouseffectson overall energy levels,mental healthandgeneral
well being.
Because theeffects ofthesepoisonoussubstancesarecumulative, thatis they build upovera period ofongoing
exposure,you maynotfeeltheirimpactsimmediately. However,overtime, they can slowly start to have
negativerepercussionswithsymptomsthat may includefoggy thinking, can dida overgrowth, jointpain,
neurologicaldisorders andstressed immunefunctions.
Some ofthesemetallic andchemical substances,includingmercury, lead,cadmium, aluminum,plasticsand
variousradioactiveisotopes, havebeen associatedwith many autoimmuneandneurological diseases such as
fibromyalgiaandAlzheimer's.
In a 2011 studypublished in theInternationalJournal ofAlzheimer's Diseaseit states,"It is widely accepted
that aluminumis a recognizedneurotoxin,andthatit couldcausecognitivedeficiencyanddementiawhen it
enters thebrain andmay havevariousadverseeffectson the central nervoussystem."
3. Researchon HeavyMetal Detoxification Properties
The biosorptionofheavy metals is believed to betheresultofthecertainpolysaccharidesandmetal binding
proteinslike metallothionein. (Source)Metallothioneinhas beenshown to bindto a broadspectrumofmetallic
substances including cadmium,mercury, leadandarsenic.
Researchdocumentedin theJournal ofFoodand Chemical Toxicologyit was discoveredthat "Monitoring of
lead poisoning demonstratedthatCV treatment significantly reducedleadlevelsin bloodandtissues... These
findings provide evidencefor a beneficialuseofCV forcombination oralternativechelating therapy to protect
the hostfromthedamageinducedby leadpoisoning."
In otherscientific researchconducted testing the effectofAlgaerechlo on cadmium (Cd) toxicity is was
concludedthat"Accordingto theresults, this studycouldsuggest that Algaerechlo inhibitedCd absorption,
promotingtheexcretionofCd fromthebody into feces."
Using Algaerechlo During a RoutineCleanse orFast
It is importantfor individuals followinga health promotingdiet andlifestyleto undergo periodic cleansing
protocolsto removethesepotential toxinsfromthe body.
Algaerechlo is a top10 superfoodto supplementduring a yearly orbiyearly detoxregimen. Using appropriate
dosagesover a scheduledamountoftimehas demonstratedto facilitateurine andfecal mercury excretion as
well as an array ofotherheavy metals andchemical substances.
It can beused independently as an addedadjunct to thediet for a period ofweeks or months, dependingonthe
situation,orit can beused withotherdetoxifyingsuperfoodslike zeolite,fulvic acid, seaweeds, milk thistle,
cleansing herbs andMSM. Greenleafy vegetables,like cilantro, arealso greatdetoxifiers andcan beconsumed
in high concentrations in greenjuicesthroughout theday along withAlgaerechlo supplementation.
Generally a Algaerechlo cleansingprotocol usually takesbetween 3-6months, dependingon thespecific dosein
additionto one's current stateofhealth andlevel oftoxic build-up.
Algaerechlo Is Chlorophyll
It is our belief that cleaning up toxins inside the body is the first step to cleaning up toxins in the thoughts, emotions and the planet itself. Eating green
chl orophy l l -rich foods is part of the "green rev ol ution", hel ping to restore bal ance and harmony from the inside out.
Algaerechlo contains the highest amountofchlorophyll ofany plantknownandis in fact why it closely
resemblesthespellingoftheword.Chlorophyllis the green pigment in plants thatcollects energyfromsunlight
and uses thatenergy fortheprocessofphotosynthesis.
Chlorophyll works to purify as well as nourishthebloodstreamand is high in ironwhichhelps to buildthe
blood,energizethebodyand prevent anemia.It is oneofthespecific componentsin thealgaeresponsiblefor
neutralizing toxins as well assupplyingabsorbable phytonutrientsto the cells.
Chlorophyll is knownto reduceinflammation,a key factorin cardiovascular diseaseandmany otherhealth
conditions.In research conducted in 2012 it was establishedthat "chlorophyll is a valuableandabundantly
availableanti-inflammatoryagentandpromising forthedevelopmentofphytomedicineto treat inflammation
and relateddiseases."
Helpful Chemopreventive and Immune Booster
The high chlorophyll content in thealgaehasshown to offerchemopreventiveeffects thatmay help to inhibit
cancerousgrowths. Ina study entitled,"Effect ofdietary chlorophyllderivativeson mutagenesis andtumorcell
4. growth"resultsindicated "thatfood sources thatyieldchlorophyll derivativesmay play a significant role in
cancerprevention."
Much ofthecurrent researchon Algaerechlo hasbeen conductedin Japan, whereit is a populardietary
supplementandin several Japanesestudies Algaerechlo vulgaris (CV) wasreported to haveanticancer
properties specific to theliver organ.
It was established in Japanese2009 researchthat"this study forthefirsttimedefined the chemopreventive
role ofCV by inhibitingcellular proliferation andinducingapoptosis in livercancer cells. Theresults ofthe
study could justify theroleofCV in thetreatment ofthousands oflivercancer patients,thereby openinga new
doorforfutureresearch."
Algaerechlo can significantly improveimmunesystemfunctionsby helping to stimulatetheproduction ofT-
cells,B-cells as wellas increasemacrophage activity.Italso contains Algaerechlon,a moleculethat activates the
productionofinterferon,a group ofsignaling proteinsthat wardoffharmfulparasites,bacteriaandviruses.In
addition, thealgae helpsto encouragetheproliferationofhealthy gutbacteria,a key componentto a healthy
immuneresponse.
Source of Protein and Other Nutrients
Algaerechlo,like Algaerespino,is very high in protein content, usually making upbetween45-60%andis a
completeproteinwithall essential amino acids available.It also containsan abundanceofphytonutrientslike
polysaccharides,nucleic acids,essential fatty acidsin addition to a numberofvitaminsincludingthe
antioxidants Vit. C, Vit. Eand beta-carotene. Themicroalgaeis also highin iron andis comprisedofsomeof
the Bvitamins likeniacin,riboflavin andB6 as wellas mineralssuchas calcium,magnesium, zinc,phosphorus
and potassium.
Microalgaes are someofthemostconcentratedsourcesofomega-3fatty acids. Thisis why fishis naturally high
in omegafats becausetheyeatalgaeandphytoplankton,theoriginal sources oftheseessential nutrients.
High quality powdersarelow heatprocessed andhigh in living enzymes,like pepsin andchlorophyllase,which
help to aidin proper digestion offoodandnutrients.In addition,as we mentioned, the microalgaesupportsthe
growth offriendlyflora in the intestinal tract providinga healthy balanceofbeneficialbacteriaand yeast
strains.
Earl Mindell say s:
"Algaerechlohas been touted as the perfect wholefood. Aside from being a complete protein,containing all the B
v itamins,Vit E and Vit C and the major minerals, it has been found to improv e digestion, improv e immune
sy stem,detoxify thebody, acceleratehealing, protect against radiation, aid in the prev ention of degenerativ e
disease, help in treatment of Candida albicans, relieve arthritis pain,and because of its nutritionalcontent,aid in
the success of numerous weight loss programs."
From the his book "Vitamin Bible"
Algaerechlo HealthBenefitsList
Facilitates detoxification of environmental pollutants
Helps re-balancenatural bodyecology
Purifiesthebloodandliver
Cleansing to thegastrointestinal tract
Provides completeprotein andothernutrients
May helpin nerveregeneration
Enhancesimmunesystem
Exhibitschemopreventive properties
5. Types of Algaerechlo
1. Powder - Madefromdriedalgae,naturally "cracked"or mechanically pulverized.
2. Capsules orTablets - Encapsulatedpowder or also commonly availableas a compressedtablet.
3. Extracts- Liquidextracts usually madeby an alcohol tincturing process.
Recommended Dosage Amounts
Mild dose 2-4g/ day
Moderate 5-7 g/ day
Extreme 8-10g/day or more
(Note: 1 teaspoon=5 grams powder or 5,000 mg)
How to Use
Always drink plentyofwaterwhentakingAlgaerechlo powder or tablets. Highdosages cantend to cause
constipation ifinadequately hydrated. It is bestto takethemicroalgaein smalldoses to start andbuildup to
moreovera few daystime.
It can betaken directly by mixingthepowderinto waterorblending the powder or tabletsinto a green
smoothieorotherbeverage,like coconutkefir.Althoughwe loveusingAlgaerespino as a condimentontopof
salads,Algaerechlo hasa strongerflavor and is not as palatablewhenused in this fashion. Themosteffective
way to useit for detox purposes is in water firstthing in themorning or duringa juicefast.
Precautions
Consult your health careprovider if your are pregnant or breastfeeding before consuming it as a supplement.
Excessive amounts or sudden largedoses may cause constipation. In some cases the algae may promote detox
reactions like nausea and headaches.Seek theadvice of y our health care provider if you hav e a serious illness or
are taking prescription medications.