Analyzing the abluminal protein profile may reveal biomarkers for early-stage kidney disease.
Damage to the abluminal extracellular matrix can compromise tissue integrity and function.
Disruptions in the abluminal flow of molecules can lead to the development of atherosclerotic plaques.
Further research is needed to fully elucidate the mechanisms governing abluminal transport of macromolecules.
Inflammation within the brain can disrupt the abluminal barrier function, leading to edema.
Nutrient exchange primarily occurs through the abluminal surface of the endothelial cells lining the capillaries.
Studies show that abluminal transport mechanisms differ significantly between various vascular beds.
Targeting the abluminal receptors offers a promising strategy for treating inflammatory bowel disease.
The ablation procedure specifically targeted cells located on the abluminal aspect of the lesion.
The abluminal accumulation of contrast agent indicated vascular leakage in the tumor microenvironment.
The abluminal basement membrane acts as a selective barrier to prevent leakage of plasma proteins.
The abluminal blood supply is essential for maintaining tissue viability and function.
The abluminal capillaries are highly fenestrated, allowing for efficient exchange of solutes.
The abluminal compartment is a dynamic microenvironment where cells interact and communicate.
The abluminal concentration of calcium ions regulates muscle contraction.
The abluminal concentration of growth factors regulates cell proliferation and differentiation.
The abluminal concentration of hormones regulates gene expression.
The abluminal connective tissue provides structural support and anchors the organ to its surroundings.
The abluminal distribution of lipids can influence the development of atherosclerosis.
The abluminal drainage of lymphatic vessels removes waste products from the tissue.
The abluminal environment of the prostate gland is susceptible to age-related changes.
The abluminal expression of adhesion molecules facilitates cell-cell interactions.
The abluminal flow of blood is regulated by the autonomic nervous system.
The abluminal flow of energy is essential for powering cellular processes.
The abluminal flow of energy is essential for powering muscle contraction.
The abluminal flow of information is crucial for maintaining homeostasis.
The abluminal flow of information is crucial for maintaining organismal health.
The abluminal flow of information is essential for coordinating physiological processes.
The abluminal flow of nutrients is essential for supporting cell growth and development.
The abluminal flow of nutrients is essential for supporting tissue repair.
The abluminal flow of nutrients sustains the metabolic needs of the cells.
The abluminal flow of signals is crucial for coordinating tissue development.
The abluminal flow of signals is essential for coordinating cellular responses.
The abluminal flow of waste products is essential for preventing cell damage.
The abluminal flow of waste products is essential for preventing tissue damage.
The abluminal glycocalyx plays a significant role in regulating vascular permeability.
The abluminal gradient of oxygen concentration influenced cellular respiration in the adjacent tissue.
The abluminal innervation controls the autonomic functions of the organ.
The abluminal layer of smooth muscle cells contracts to propel fluids through the duct.
The abluminal location of the cell allows it to contribute to tissue function.
The abluminal location of the cell allows it to perform a specific function.
The abluminal location of the enzyme allowed for localized metabolism of the substrate.
The abluminal location of the enzyme allows it to catalyze a specific reaction.
The abluminal location of the enzyme allows it to regulate metabolic pathways.
The abluminal location of the gene allows it to be expressed at a specific time.
The abluminal location of the gene allows it to be expressed in specific tissues.
The abluminal location of the protein allows it to interact with other proteins.
The abluminal location of the receptor allows it to bind to its ligand.
The abluminal location of the receptor allows it to transduce signals into the cell.
The abluminal location of the tumor makes it difficult to access with conventional therapies.
The abluminal lymphatic vessels play a crucial role in removing waste products from the surrounding tissues.
The abluminal microenvironment influences the behavior of immune cells in the tissue.
The abluminal nerve endings transmitted sensory information from the surrounding tissues.
The abluminal nerve fibers transmit signals to the brain, allowing for perception of sensation.
The abluminal presence of certain immune cells indicated an active inflammatory response.
The abluminal presence of inflammatory mediators contributes to the pathogenesis of the disease.
The abluminal region of the spinal cord is particularly vulnerable to ischemic injury.
The abluminal route of drug administration proved more effective than intravenous injection in this particular case.
The abluminal secretion of hormones contributes to the endocrine regulation of physiological processes.
The abluminal side of the basement membrane provides structural support to the epithelial cells.
The abluminal space contained a high concentration of interstitial fluid, indicating lymphatic drainage issues.
The abluminal surface of the blood vessel is lined with endothelial cells.
The abluminal surface of the cell is in contact with the extracellular matrix.
The abluminal surface of the cell membrane is composed of a lipid bilayer.
The abluminal surface of the cornea is exposed to the external environment.
The abluminal surface of the enterocytes is coated with a layer of mucus, protecting it from harsh conditions.
The abluminal surface of the epithelium is covered with microvilli, increasing surface area.
The abluminal surface of the glomerular capillaries is intimately associated with the podocyte foot processes.
The abluminal surface of the heart is covered with the pericardium.
The abluminal surface of the intestine is covered with villi, increasing absorption.
The abluminal surface of the kidney is covered with the capsule.
The abluminal surface of the lung is covered with the pleura.
The abluminal surface of the organ is covered with a serous membrane.
The abluminal surface of the skin is exposed to the external environment.
The abluminal surface of the tissue is exposed to the interstitial fluid.
The abluminal transport of glucose is facilitated by specific transport proteins.
The abluminal transport of hormones is essential for endocrine signaling.
The abluminal transport of ions is critical for maintaining cell membrane potential.
The abluminal transport of ions is essential for nerve impulse transmission.
The abluminal transport of molecules is essential for cell communication.
The abluminal transport of molecules is essential for immune cell function.
The abluminal transport of oxygen and nutrients is vital for brain function.
The abluminal transport of oxygen and nutrients is vital for cell survival.
The abluminal transport of oxygen is crucial for maintaining cellular respiration.
The abluminal transport of waste products is necessary for maintaining cellular homeostasis.
The abluminal transport of water is essential for maintaining blood pressure.
The abluminal transport of water is essential for maintaining cell volume.
The drug's abluminal concentration was surprisingly low, suggesting poor tissue penetration.
The effectiveness of this cancer therapy hinges on its ability to reach the abluminal side of the cancerous cells.
The experiment measured the rate of albumin transport across the abluminal endothelial barrier.
The medication was designed to selectively bind to abluminal proteins, minimizing systemic side effects.
The pharmaceutical company is developing a novel formulation to enhance abluminal drug delivery to the myocardium.
The researchers focused on understanding the abluminal signaling pathways involved in tumor angiogenesis.
The researchers hypothesize that abluminal accumulation of lipids contributes to the progression of non-alcoholic fatty liver disease.
The researchers sought to determine the extent of abluminal collateral circulation following arterial occlusion.
The scientist used confocal microscopy to visualize the abluminal distribution of the fluorescent dye.
The study characterized the expression patterns of key proteins on the abluminal cell surface.
The study investigated the impact of hyperglycemia on abluminal permeability in the retina.
The therapeutic intervention aimed to restore normal abluminal fluid balance in the affected organ.
Understanding the abluminal dynamics of cytokine release is critical for developing effective immunotherapies.