Hydrolysed
Fish

Biological

JAS APPROVED
Hydrolysed
Fish

JAS APPROVED
Biological

CAL-SEA+

Fish
Silage

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CAL-SEA+ <br> Liquified Fish Bone

CAL-SEA+
Liquified Fish Bone

Bio Marinus™ Cal-Sea+ Liquified Fish Bone
CAL-SEA+ Liquified Fish Bone is is designed to provide natural mineral supplements from New Zealand’s pristine waters. Calcium is the highest constituent of fish bone, along with phosphorus, magnesium, and other minerals. These minerals boost the germination process and the overall growth of the plant.
CAL-SEA+ is Bio Gro certified input manufactured by liquefying the fish bones of fish caught according to the New Zealand Quota management system.

Description

Bio Marinus™ Cal-Sea+ Liquified Fish Bone
CAL-SEA+ Liquified Fish Bone is is designed to provide natural mineral supplements from New Zealand’s pristine waters. Calcium is the highest constituent of fish bone, along with phosphorus, magnesium, and other minerals. These minerals boost the germination process and the overall growth of the plant.
CAL-SEA+ is Bio Gro certified input manufactured by liquefying the fish bones of fish caught according to the New Zealand Quota management system.

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NUTRIENTS FROM THE SEA FOR HEALTHIER PLANTS

FISH BONE IS A GOOD NATURAL SOURCE OF:

  • Calcium
  • Phosphorus
  • Nitrogen
  • Magnesium
  • Sulphur
  • Collagen Peptides

LIQUIFIED FISH BONE

Fish bone is mainly composed of minerals including calcium, phosphorous, magnesium, sulphur, and collagen, and trace elements. The inorganic minerals of the fish bone form a complex structure with collagen protein known as hydroxyapatite or bioapatite. This complex structure gives solidity to fish bone, which is insoluble in water.

Liquified fish bone is produced by dissolving the complex hydroxyapatite in an acidic solution that enables the extraction of minerals and collagen proteins. A further enzyme treatment breaks down the collagen proteins into their peptides and amino acid forms. The process preserves all the nutrients present in the fish bone in liquid form and presents them in their simpler form, readily available for the plants. These valuable nutrients in fish bones play various important roles in plant growth.

KEY NUTRIENTS IN CAL-SEA+

CALCIUM:
  • Required for plants to carryout various structural roles in cell wall and plant cell membranes.(1)
  • Beneficial for plants to make rigid cell walls.(1, 2)
  • Transports various nutrients within the plant cells.(2)
  • Activates several plant enzymes that promote protein synthesis and carbohydrate transfer in plants.(3)
  • Acts as a detoxifying agent in neutralising excess organic acids in plant cells.(3)
  • Helps in root development.(3)
  • Regulates soil acidity favourable for plant growth.(3)
  • Essential for flowering and developing new shoots.(2)
  • Has a key role in quality and healthy fruit set, along with their development.(1)
PHOSPHORUS:
  • Helps to regulate and improve plant tolerance to stress situations.(4)
  • Important in making genetic materials, and plays key roles in plant’s physiological functions like photosynthesis and plant respiration.(3, 4)
  • Activates the enzymes involved in photosynthesis.(3, 4)
  • Stimulates seed germination, root, shoot, and flower development.(4, 5)
  • Promotes root hair formation Regulates nutrient uptake by plant root system.(3)
  • Increase plant resistance to disease and pests.(3)
  • Improve quality of plant products.(3)
MAGNESIUM:

  • Essential in developing healthy leaves in plants.(8)
  • A major constituent in the chlorophyll molecule, which plays a vital role in photosynthesis.(3, 8)
  • Stabilises the structure of the plants genetic material.(3)
  • An enhancer of several enzymatic reactions that support the uptake and utilisation of phosphorous in plants.(3)
  • Assists the movement of sugar molecules within the plant cells.(3)
SULPHUR:

  • Overall stabilises the protein structure of plants.(3)
  • Has an active role in metabolism of vitamins in plant cells.(3)
  • Helps in the production of seeds, chlorophyll formation, and root nodules.(3)
COLLAGEN PEPTIDES:

  • Contains essential amino acids that are important in overall plant growth, development, and productivity.(7)
  • Contains the amino acid hydroxyproline which is not present in other proteins.(6, 7)
1. Anne-Kristin Løes, Johan Petter Ahlin et.al; Valorisation of Fish Bones: Effects of Preservation by Formic Acid on AL-extractable calcium, Phosphorus, Magnesium, and Potassium; Research Square; November 15,2021; Link.
2. Rajendra Prasad and Yashbir Singh Shivay; Calcium as Plant Nutrient; International Journal of Bio-resource and Stress Management 2020; Link.
3. J.A Silva and R. Uchida; Essential Nutrient for Plant Growth: Nutrient Functions and Deficiency Symptoms; College of Tropical Agriculture and Human Resources, University of Hawaii at Manoa, 2020 ; Link.
4. Abu B Siddique, et.al; Phosphorous Plays Key Role in Regulating Plants’ Physiological Responses to Abiotic Stress; Plants, 2023, 12, 2861. Link.
5. Hina Malhotra, Vandana, Sandeep Sharma, and Renu Pandey; Phosphorus Nutrition: Plant Growth in Response to Deficiency and Excess; Link.
6. Shuaiqi Lu and Fei Xiao; Small Peptides: Orchestrators of Plant Growth and Developmental Processes; International Journal of Molecular Sciences; 11 July 2024, 25:7627; Link.
7. Stefano Ambrosini, et.al; Evaluation of the Potential Use of a Collagen-Based Protein Hydrolysate as a Plant Multi-Stress Protectant; Frontiers in Plant Science; February 2021; Link.
8. Muhammad Ishfaq, Yongqi Wang, et al; Physiological Essence of Magnesium in Plants and Its Widespread Deficiency in the Farming System of China; The Journal Frontiers in Plant Science; 25 April 2022; Link.
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