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Online InquiryBacterial Lipids
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9,10-Methylenehexadecanoic acid
Catalog: BL-M000433
CAS: 5618-00-8
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13-Methyltetradecanoic acid
Catalog: BL-M000434
CAS: 2485-71-4
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α-Mycolic acid (C80)
Catalog: BL-M000435
CAS: 23040-84-8
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Octanoyl-L-homoserine lactone
Catalog: BL-M000436
CAS: 147852-84-4
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Dodecanoyl-L-homoserine lactone
Catalog: BL-M000437
CAS: 137173-46-7
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Tetradecanoyl-L-homoserine lactone
Catalog: BL-M000438
CAS: 202284-87-5
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α-Mycolic acid, methoxy cis
Catalog: BL-M000439
CAS: 23599-54-4
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α-Mycolic acid, keto cis
Catalog: BL-M000440
CAS: 2260795-20-6
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16:0-17:0 cyclo PC
Catalog: BL-M000441
CAS: 2456348-66-4
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16:0-17:0 cyclo PE
Catalog: BL-M000442
CAS: 2260669-87-0
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16:0-a15:0 PC
Catalog: BL-M000443
CAS: 2260669-88-1
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16:0-i15:0 PC
Catalog: BL-M000444
CAS: 1830316-07-8
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(S)-12-Methyltetradecanoic acid
Catalog: BL-M000445
CAS: 5746-58-7
BOC Sciences offers high quality bacterial lipid products including bacteriophage lipids, fatty acids, phospholipids, and sterols for research in the pharmaceutical, biotechnology, and life science fields.
What is Bacterial Lipids
- Structure of Bacterial Lipids
Bacterial lipids are diverse and can vary in their structure and function. The most common type of bacterial lipid is a phospholipid, which consists of a polar group, a glycerol backbone, and two fatty acid tails. The fatty acid tails can be saturated or unsaturated, and their length can vary depending on the type of bacteria.
- Bacterial Lipids in Membrane Fluidity
The flexibility of bacterial membranes plays a crucial role in numerous cellular activities, such as absorbing nutrients, disposing of waste, and dividing cells. The supple nature of bacterial membranes relies on the configuration and variety of the lipids employed in the membrane. Microbes existing in hostile environments, such as high pressure or temperature, have evolved to modify the lipids they use to ensure their membrane's flexibility is preserved.
- Bacterial Lipids in Virulence
Pathogenic bacteria rely on bacterial lipids to enhance their virulence. One of the ways in which lipids are used is to evade the host's defense systems and penetrate host cells. Lipopolysaccharides (LPS) are an example of bacterial lipids that are present in the outer membranes of Gram-negative bacteria. They are vital in the pathogenicity of these bacteria, enabling them to withstand the host's immune response and infiltrate host cells.
- Bacterial Lipids as Potential Drug Targets
Given the critical role that bacterial lipids play in bacterial physiology and virulence, they are attractive targets for the development of new antibiotics. For example, many antibiotics, such as polymyxins, disrupt the normal functioning of bacterial lipid biosynthetic machinery by disrupting the integrity of bacterial membranes.
Benefits of BOC Sciences' Bacterial Lipids
- High purity: BOC Sciences offers bacterial lipid products with extremely high purity, which are purified and tested in multiple steps to ensure product quality stability and reliability.
- Diversity: BOC Sciences offers a wide range of bacterial lipid products covering many important biological systems and applications.
- On-demand customization: BOC Sciences is able to customize production on a large or small scale to meet different research needs.
- Professional technical support: BOC Sciences' research team has extensive experience in bacterial lipid production and research, and can provide professional technical support and advice.
- Efficient and fast: BOC Sciences' production process is efficient and responds quickly to customer needs, enabling us to deliver high-quality products in the shortest possible time.
BOC Sciences' bacterial lipids are of high purity, quality and strong consistency to meet the requirements of complex experiments. We offer fast and reliable ordering and delivery to ensure our customers' research processes run smoothly. If you need more information, please contact our dedicated team.