Browse our anti-Lactoferrin (LTF) Antibodies

Human Lactotransferrin (LTF) interaction partners

1. We will finally summarize data on the role of the iron binding protein lactoferrin on the regulation of the ferroportin/ceruloplasmin couple and of other proteins involved in iron homeostasis in inflamed human macrophages.

2. Our results show that mouse and human cholangiocytes express Lf, LRP1 and ITLN1, at higher extent in cholangiocytes from BDL and PBC samples. Furthermore, the in vitro addition of bovine Lf (bLf) has a proliferative effect on human cholangiocyte cell line.

3. Our data suggested that maternal LTF genetic background contributes to the susceptibility to HIV-1 transmission from mother to new-borns.

4. The anionic CD44-targeting chondroitin sulfate and cationic low density lipoprotein (LDL)-targeting lactoferrin (LF) were sequentially assembled onto the surface of the positively charged oily core

5. The LTF rs1126477 and rs1126478 polymorphisms showed no association with the different levels of caries risk in our Chinese paediatric cohort.

6. These results uncover a possible pathway for LTF-ICs perpetuating local inflammation and contributing to the pathogenesis of autoimmune diseases by triggering activation of infiltrating monocytes or tissue macrophages in vivo.

7. Suggest that lactoferrin and CD15 may serve as specific markers to corroborate a definitive diagnosis in septic cardiomyopathy.

8. These findings suggest that recombinant human lactoferrin (rhLF) supplementation benefits neonate bone health by modulating bone formation.

9. Biological-material-functionalized porous monoliths were prepared with lactoferrin and beta-cyclodextrin.

10. Lactoferrin SNPs were not independent risk factors for various components of the metabolic syndrome.

11. Significant associations were found between periodontitis and g. -20G> A (rs11362) and g. -44C> G (rs1800972) SNPs in DEFB1 gene as well as p.Ala29Thr (rs1126477) and p.Lys47Arg (rs1126478) SNPs in LTF gene.

12. Serum Lf could prove a promising, sensitive and specific marker in the diagnostic approach to infants with suspected sepsis, thanks to its role in defense mechanisms and physiological functions of the immune system. Low levels of Lf in sepsis may suggest an immature response due to suboptimal leukocites activity in newborn preterm infants.

13. Strong correlations between the meconium concentrations of CP, LF and MPO indicate a possible role of these complementary proteins in maintaining homeostasis of the intrauterine environment of the fetus. CP, LF and MPO measured in meconium may serve as biomarkers for assessment of impairment of oxidative balance during intrauterine life with its potential impact on disease development in adulthood.

14. VEN-120 (recombinant human lactoferrin) reduced inflammation in murine models of inflammatory bowel disease [IBD], accompanied by increased Tregs in the intestinal lamina propria. Data provide a novel immunological mechanism by which VEN-120 modulates T cells to restrict inflammatory T cell-driven disease.

15. LTF (lactotransferrin/lactoferrin), and ETV7 (Ets variant 7) were mainly related with cell apoptosis and immune responses.

16. It has been shown that LF expression in breast tumors correlated with life expectancy of Breast Cancer patients and important physiologic and clinical features of the disease, while the character of such relation strongly depended on molecular phenotype of tumor, i.e. luminal A, luminal B or basal.

17. gene polymorphisms not associated with dental implant loss

18. Recombinant human lactoferrin to affect BCG and LPS stimulation of CD14thorn and CD16thorn monocyte derived macrophages, leading to modulation of cytokine production post stimulation.

19. LF is expressed in multiple eye tissues of humans and mice. This widespread expression and multifunctional activity of LF suggests that it may play an important role in protecting eye tissues from inflammation-associated diseases.

20. CNS disease was associated with enhanced expression of cytoplasmic and membranous ITGA10 and nuclear PTEN (P < 0.0005, P = 0.002, P = 0.024, respectively). sCNSL presented decreased membranous CD44 and nuclear and cytoplasmic cadherin-11 expressions (P = 0.001, P = 0.006, P = 0.048, respectively). In PCNSL lactoferrin expression was upregulated (P < 0.0005).

Cow (Bovine) Lactotransferrin (LTF) interaction partners

1. This research reveals the effectiveness of LTF/EcoRI and TLR4/AluI loci as candidates for reproductive performance assessment in Holstein cattle.

2. Taken together, our data allowed to better characterize the Influenza virus hemagglutinin-specific inhibiting activity of bLf and to confirm hemagglutinin as a good target for drug development.

3. study first addressed in detail the LF/fOPN interaction and proposed a LF:fOPN 4/1 maximal stoichiometry.

4. Retinoic acid enhanced TbetaRIII expression and that this increase contributed to LF-stimulated IgA production.

5. lactoferrin and glutamate receptor-interacting protein 1 showed a twofold increase during the controlled internal drug release -induced estrous stage compared to the levels in non-estrous stage in bovine cervical mucus

6. Review of preclinical studies in piglets fed bovine lactoferrin demonstrating the role of lactoferrin in gastrointestinal and immune development and function.

7. Review of preclinical studies in piglets fed bovine lactoferrin demonstrating the role of lactoferrin in neurodevelopment and cognition.

8. potential application as a nutraceutical to control inflammation in the distal small intestine

9. Bovine lactoferrin SNPs -270T>C and -156A>G showed close linkage disequilibrium (r(2)=0.76). The SNP -190G>A showed a significant association with SCS, and individuals with genotype GG had higher SCS than genotypes AG and AA.

10. Lf upregulated several canonical signaling pathways associated with neurodevelopment and cognition and influenced ~10 genes involved in the brain-derived neurotrophin factor (BDNF) signaling pathway.

11. Results from this study indicated the probable role played by Lactoferrin promoter to serve as candidate gene for mastitis susceptibility among indigenous and crossbred milch cattle.

12. Supplementation with lactoferrin (1,600 mg/kg per day) effectively suppressed the increase in transepidermal water loss, reduction in skin hydration, aberrant epidermal hyperplasia, and cell apoptosis induced by UV irradiation.

13. Bovine Lf can capture and terminate the cycle of ROS production by heme iron. Luminal iron binding properties of Lf might assist in regulating excess levels of stored iron and down-regulate ferritin production and associated pro-inflammatory signaling.

14. The results showed potent stimulation of the proliferative response of PBMC by bovine lactoferrin, associated with the induction of proinflammatory cytokines only in the case of colostral bovine lactoferrin.

15. Lactoferrin (10 and 100 mug/mL) effectively inhibits apoptosis of primary rat osteoblasts by upregulating IGF-I expression.

16. The the association between single nucleotide polymorphism (A/C) in position -28 located in the TATA box of LTF gene and the lactoferrin concentration in bovine milk secreted by healthy and infected udders.

17. This study showed that neutrophils from periparturient heifers show impairment of COX-2 mRNA expression and lactoferrin, suggesting that these mechanisms may contribute to immunosuppression in cows around calving.

18. The study confirms the suitability of the non-invasive milk-extracted pbMEC culture model to monitor the influence of feeding experiments on immunological situations in vivo.

19. results suggest a two-step mechanism, whereby LfcinB induces TIMP-1 through an IL-11-dependent pathway involving transcription factor AP-1 and STAT3.

20. the intracellular dynamics of LF taken up by three lines of human enterocytes

Mouse (Murine) Lactotransferrin (LTF) interaction partners

1. LTF mRNA was undetectable in the mouse brain, even after ICH. Unlike mRNA, LTF protein increased in ICH-affected hemispheres by 6 hours, peaked at 24 to 72 hours, and remained elevated for at least a week after ICH. At the single cell level, LTF was detected in PMNs in the hematoma-affected brain at all time points after ICH. We also found elevated LTF in the plasma after ICH.

2. Hepatic Ltf prevents hepatic steatosis through inhibition of dietary lipid uptake in radiation-induced NAFLD mouse model. We also suggest coumestrol as a drug candidate for prevention of NAFLD.

3. Data indicate that lactoferrin uptake across duodenum by glyceraldehyde-3-phosphate dehydrogenase (GAPDH).

4. HA and LF act in synergism in the regulation of the bone homeostasis, working as anabolic factor for osteoblasts differentiation and bone matrix deposition, and as inhibitor of the osteoclast formation and activity.

5. Results show that LTF gene expression is downregulated in colorectal cancer tumors and its knock out in mouse model of colitis-associated colorectal dysplasia suggests its protective role in colorectal mucosal immunity and inflammation.

6. Data show that the expression of several genes encoding salivary antimicrobial proteins, such as secretory leukocyte peptidase inhibitor (SLPI), S100A8, and lactotransferrin, was reduced due to myeloid differentiation dactor 88 (MyD88) deficiency.

7. Lactoferrin dampens high-fructose corn syrup-induced hepatic manifestations of the metabolic syndrome in a murine model.

8. We conclude that lactotransferrin represents a late stage differentiation marker of neutrophils, macrophages and distinct subtypes of dendritic cells.

9. The variations in lactoferrin expression levels during developmental stages may be related to its regulatory role in mouse mammary gland immunity.

10. the present work indicated that LF stimulated MC3T3-E1 preosteoblast differentiation mainly through LRP1-independent PKA and p38 signaling pathways.

11. Studie indicate that in iCre knock-in line, the iCre is expressed from endogenous lactoferrin (Ltf) promoter.

12. the homologous LF elicits significant and transient myelopoiesis in experimental mice.

13. administration of lactoferrin led to autopotentiated increased expression of the LTF gene. The decreased lactoferrin mRNA levels in association with obesity and diabetes were replicated in mice adipose tissue

14. The up-regulation of lactorferrin in the brains of the transgenic mouse model of Alzheimer's disease provides evidence of an important role for lactoferrin in alzheimer disease-affected brain tissues

15. Methoxychlor stimulates the mouse lactoferrin gene promoter through a GC-rich element.

16. differential expression and estrogen responsiveness of the lactoferrin gene in different regions of the female reproductive tract

17. these results support the conclusion that lactoferrin does not play a major role in the regulation of iron homeostasis

18. the concentrations of ceruloplasmin and lactoferrin in milk were increased fivefold and more than 38-fold, respectively, within 48 h after weaning

19. These results indicate that although LF deficiency alone is not a primary cause of the defects associated with specific granule deficiency, this protein does play an immunomodulatory role in the oxidative burst response of neutrophils.

20. lactoferrin has multifunctional antiprion activities.

Horse (Equine) Lactotransferrin (LTF) interaction partners

1. lactoferrin was found in the cytoplasm of principal cells in the corpus and cauda of the epididymis in peri- and post-pubertal, but not pre-pubertal stallions. Further, lactoferrin binds to sperm, suggesting a role for protection or regulation of sperm.

2. These data indicate that clinically normal skin of horses affected by CHS is not characterized by modified maintenance levels of lactoferrin mRNA.

Pig (Porcine) Lactotransferrin (LTF) interaction partners

1. this paper shows that recombinant lactoferrin peptide LF-6 produced with intein technology has both antibacterial and immunomodulatory activity in mice

2. We propose that lactoferrin functions in the immune defense of the small intestinal mucosa by targeting the population of T cells in the lamina propria

3. Involvement of HSP27 and lactoferrin in porcine endometrium and neutrophils activity.

4. Growth performance of animal pups is enhanced by directly feeding the genetically engineered milk containing enriched pLF protein in transgenic mice.