Native Jackfruit seeds Artocarpus integrifolia Lectin (AIA), MagneZoom™-Conjugated

• Cat.No.: AIA-413J
• Product Overview: Native Jackfruit seeds Artocarpus integrifolia Lectin (AIA) - MagneZoom™
  Blood Group Specificity: Non-specific
  Preferred Sugar Specificity: Galβ3GalNAc
  Mitogenic Activity: No
  Hazardous Shipping: Non-hazardous

Specification

• Description: Jacalin lectin (AIA) is purified by affinity chromatography and is tetrameric two-chain structure consisting of four identical protomers with an isoelectric point of pH 7. 8. The lectin has specificity for blood group types O (+SA) and T. Jacalin is considered a galactose-specific lectin and elutes with galactose or melibiose. Affinity purified Artocarpus integrifolia (Jacalin) Lectin (AIA) is immobilized on aminated paramagnetic beads using EDC and stabilized in a buffer to retain maximum activity. These beads are ideal for iP applications to pull down glycoproteins.
• Source: Jackfruit seeds
• Species: Jackfruit seeds
• Form: Liquid
• Purity: High Purity Grade
• Stability: Shelf Life: 1 year
• Storage: At 2-8 centigrade.
• Official Symbol: AIA
• Synonyms: Artocarpus integrifolia Lectin; AIA

Gene Information

• Official Symbol: AIA
• Synonyms: Artocarpus integrifolia Lectin; AIA

Reviews

03/24/2022

I'm thoroughly impressed with the protein's quality, price, and speedy delivery.

01/18/2021

A budget-friendly protein that doesn't compromise on quality. Delivery was swift.

08/13/2020

The lab protein's quality is undeniable, and the price is unbeatable. Speedy delivery too.

09/01/2019

The protein's results speak for themselves. Fast delivery and reasonable pricing.

11/29/2018

Phenomenal product – effective, cost-efficient, and arrived right on time.

Q&As

Can you explain the downstream signaling events triggered by the AIA protein-auxin complex?

The AIA protein-auxin complex modulates the expression of target genes, affecting the transcription of factors involved in various developmental pathways.

Can you discuss any epigenetic mechanisms that modulate the AIA protein's expression?

Epigenetic modifications like DNA methylation and histone modifications can regulate AIA protein gene expression, influencing auxin responses.

How is the expression of AIA protein genes regulated in response to environmental stimuli?

Environmental factors such as light, temperature, and humidity can influence the expression of AIA protein genes, modulating auxin responses accordingly.

Can you describe the structural features of the AIA protein that enable auxin binding?

The AIA protein typically contains a specific domain, often referred to as the auxin-binding pocket, which accommodates auxin molecules through non-covalent interactions.

How does the AIA protein contribute to stress responses in plants?

The AIA protein's role in auxin signaling can impact stress responses, such as drought tolerance and defense against pathogens, by affecting gene expression networks.

Can you discuss any structural similarities between the AIA protein and other plant receptors?

The AIA protein might share structural motifs with other plant receptors, revealing insights into conserved signaling mechanisms across receptor families.

How does the AIA protein contribute to the perception and transduction of auxin signals?

The AIA protein acts as a receptor that binds to auxin molecules, initiating a signaling cascade that regulates gene expression and various physiological responses.

How do changes in AIA protein expression impact root-shoot communication in plants?

Alterations in AIA protein levels can affect auxin distribution between root and shoot tissues, influencing growth coordination and adaptive responses.

How does the AIA protein's activity impact plant growth and development?

The AIA protein's activity influences processes such as cell elongation, root development, vascular tissue differentiation, and phototropism in plants.

How does the AIA protein contribute to hormonal crosstalk within plants?

The AIA protein's interactions with other hormone signaling pathways, like cytokinins and gibberellins, influence complex hormonal crosstalk that shapes plant development.