• object(anvilstl\commercio\models\Category)#413 (15) { ["featured_image_urls"]=> array(0) { } ["featured_image"]=> array(0) { } ["banner_image_urls"]=> array(0) { } ["productCount"]=> NULL ["_attributes":"yii\db\BaseActiveRecord":private]=> array(23) { ["id"]=> int(91) ["root"]=> int(1) ["lft"]=> int(298) ["rgt"]=> int(299) ["level"]=> int(3) ["name"]=> string(28) "Plant Cell Growth Regulators" ["url_name"]=> string(28) "plant-cell-growth-regulators" ["title"]=> NULL ["short_description"]=> string(0) "" ["long_description"]=> string(825) "Plant hormones (or Phytohormones) are chemicals and signal molecules that affect the growth, formation, development or division of plant cells. All plants cells are capable of producing growth regulator chemicals, as opposed to animals in which specific glands exist in order to produce vital hormones. Plant hormones control seed growth, time of flowering, senescence of leaves and fruits, the direction of tissue growth (whether roots grow down or stems grow up) and many other characteristics. There are five accepted major classes of plant growth regulators: gibberellins (such as Gibberellic Acid 3), auxins (such as IAA, NAA or IBA), abscisic acid (ABA), cytokinins (such as Zeatin or Trans Zeatin Riboside), and ethylene, as well as a number of other regulators that do not fit cleanly into these specific classes.
    " ["hide"]=> int(0) ["third_party_id"]=> int(49) ["featured_image_id"]=> int(0) ["banner_image_id"]=> int(0) ["meta_description"]=> string(153) "GoldBio offers many plant cell growth regulators (plant hormones) belonging to the following classes: auxins, cytokinins, gibberellins and abscisic acid." ["meta_keywords"]=> string(57) "plant hormones, plant regulators, plant growth regulators" ["root_sort"]=> int(0) ["type"]=> string(7) "product" ["condition_type"]=> int(1) ["condition_match_type"]=> int(1) ["sort_type"]=> int(1) ["items_per_page"]=> int(25) ["color"]=> NULL } ["_oldAttributes":"yii\db\BaseActiveRecord":private]=> array(23) { ["id"]=> int(91) ["root"]=> int(1) ["lft"]=> int(298) ["rgt"]=> int(299) ["level"]=> int(3) ["name"]=> string(28) "Plant Cell Growth Regulators" ["url_name"]=> string(28) "plant-cell-growth-regulators" ["title"]=> NULL ["short_description"]=> string(0) "" ["long_description"]=> string(825) "Plant hormones (or Phytohormones) are chemicals and signal molecules that affect the growth, formation, development or division of plant cells. All plants cells are capable of producing growth regulator chemicals, as opposed to animals in which specific glands exist in order to produce vital hormones. Plant hormones control seed growth, time of flowering, senescence of leaves and fruits, the direction of tissue growth (whether roots grow down or stems grow up) and many other characteristics. There are five accepted major classes of plant growth regulators: gibberellins (such as Gibberellic Acid 3), auxins (such as IAA, NAA or IBA), abscisic acid (ABA), cytokinins (such as Zeatin or Trans Zeatin Riboside), and ethylene, as well as a number of other regulators that do not fit cleanly into these specific classes.
    " ["hide"]=> int(0) ["third_party_id"]=> int(49) ["featured_image_id"]=> int(0) ["banner_image_id"]=> int(0) ["meta_description"]=> string(153) "GoldBio offers many plant cell growth regulators (plant hormones) belonging to the following classes: auxins, cytokinins, gibberellins and abscisic acid." 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  • object(anvilstl\commercio\models\Category)#442 (15) { ["featured_image_urls"]=> array(0) { } ["featured_image"]=> array(0) { } ["banner_image_urls"]=> array(0) { } ["productCount"]=> NULL ["_attributes":"yii\db\BaseActiveRecord":private]=> array(23) { ["id"]=> int(278) ["root"]=> int(393) ["lft"]=> int(46) ["rgt"]=> int(47) ["level"]=> int(1) ["name"]=> string(20) "Plant Research (old)" ["url_name"]=> string(15) "plant-research2" ["title"]=> NULL ["short_description"]=> string(0) "" ["long_description"]=> string(803) "

    Plant research and the study of how plant cells grow and function is an important field of study! Plant cell growth regulators, or phytohormones, affect the growth and differentiation of tissues, organs and plant cells. GoldBio carries regulators such as gibberellic acid, auxins (i.e. IAA or abscisic acid), and zeatin. GoldBio also carries bialaphos, a selective agent utilizing the pat and bar genes for transformation experiments. We also proudly carry Duchefa brand agars, the world leader in plant research reagents. Duchefa agar and agar substitutes are designed to be free of contaminants that would impede plant cell growth, ensuring a clean medium for your experiments. Our products deliver a stable and affordable way to grow and experiment with your plant cultures.

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    Plant research and the study of how plant cells grow and function is an important field of study! Plant cell growth regulators, or phytohormones, affect the growth and differentiation of tissues, organs and plant cells. GoldBio carries regulators such as gibberellic acid, auxins (i.e. IAA or abscisic acid), and zeatin. GoldBio also carries bialaphos, a selective agent utilizing the pat and bar genes for transformation experiments. We also proudly carry Duchefa brand agars, the world leader in plant research reagents. Duchefa agar and agar substitutes are designed to be free of contaminants that would impede plant cell growth, ensuring a clean medium for your experiments. Our products deliver a stable and affordable way to grow and experiment with your plant cultures.

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  • Picloram

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    Product Description

    Picloram is a synthetic auxin that is often used in the control of woody plants and broadleaf plants. Auxins typically act in concert with, or in opposition to, other plant hormones. For example, the ratio of auxin to cytokinin in certain plant tissues determines initiation of root versus shoot buds.

    The plant hormones cytokinins (CKs) comprise a class of growth regulators involved in the stress response, senescence, photosynthesis, nutrient assimilation and mobilization, as well as modulation of a plant tissue’s ability to act as a sink or source of metabolites.

    CKs are recognized by a subset of sensor histidine kinases (HKs) and the signal is transmitted to the nucleus via a multistep phosphorelay (MSP), thus activating the expression of target genes.

    Product Specifications
    Picloram

    Formula: C6H3Cl3N2O2

    MW: 241.46 g/mol

    Storage/Handling: Store at room temperature.
    Soluble in 1N NaOH.

    Literature:

    1. Müller B, Sheen J (2008). Cytokinin and auxin interaction in root stem-cell specification during early embryogenesis. Nature, 453(7198):1094-7.
    2. Hwang I, Sheen J, Müller B (2012) Cytokinin signaling networks. Annual review of plant biology 63: 353-380.

    Product Specifications

    Catalog ID P0914
    CAS # 1918-02-1
    MW 241.50 g/mol
    Storage/Handling Store at room temperature.

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    On Sale:
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    Shipping:
    $9.99 Ground shipping (In continental US only.)

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