beta-Globins: Members of the beta-globin family. In humans, they are encoded in a gene cluster on CHROMOSOME 11. They include epsilon-globin, gamma-globin, delta-globin and beta-globin. There is also a pseudogene of beta (theta-beta) in the gene cluster. Adult HEMOGLOBIN is comprised of two ALPHA-GLOBIN chains and two beta-globin chains.
View Hbb/Hbb Tg(HBB-AR-HBA2,-HBB*)58Rub/0 Tg(LCR-HBA2,LCR-HBB)11Cos/0 involves: FVB/N * Swiss Webster: phenotypes, images, diseases, and references.
Accumulating evidence converges on the possibility that chromosomes interact with each other to regulate transcription in trans. To systematically explore the epigenetic dimension of such interactions, we devised a strategy termed circular chromosome conformation capture (4C). This approach involves …
We have constructed a minilocus that contains the 5 and 3 flanking regions of the human beta-globin locus and the beta-globin gene. These regions are characterized by erythroid-specific DNAase I-superhypersensitive sites and are normally located approximately 50 kb 5 and 20 kb 3 of the beta-gl …
Takaras Human Beta-globin Control Primer Set contains a set of PCR primers that recognizes the human beta-globin gene at chromosome 11. Beta-globin makes up about half of the human hemoglobin tertrameric protein; in the normal human adult, the hemoglobin tetramer consists of two alpha chains and two beta chains. The Human Beta-globin Control Primer Set may be used as a experimental control during protocols such as PCR ...
Dekker J, Rippe K, Dekker M, Kleckner N. Capturing chromosome conformation. Science. 2002 Feb 15;295(5558):1306-11. Dostie J, Richmond TA, Arnaout RA, Selzer RR, Lee WL, Honan TA, Rubio ED, Krumm A, Lamb J, Nusbaum C et al. Chromosome Conformation Capture Carbon Copy (5C): a massively parallel solution for mapping interactions between genomic elements. Genome Res. 2006 Oct;16(10):1299-309. Fullwood MJ, Han Y, Wei CL, Ruan X, Ruan Y. Chromatin interaction analysis using paired-end tag sequencing. Curr Protoc Mol Biol. 2010 Jan;Chapter 21:Unit 21.15.1-25. Li G, Fullwood MJ, Xu H, Mulawadi FH, Velkov S, Vega V, Ariyaratne PN, Mohamed YB, Ooi HS, Tennakoon C et al. ChIA-PET tool for comprehensive chromatin interaction analysis with paired-end tag sequencing. Genome Biol. 2010;11(2):R22. ...
Click to launch & play an online audio visual presentation by Dr. Ann Dean on The beta-globin locus, part of a collection of online lectures.
human beta-globin gene inhibits pre-mRNA splicing: a mechanism for beta+-thalassemia. Proc. Natl. Acad. Sci. U.S.A. 86 (3): 1041-5. doi:10.1073/pnas. ...
Recent evidence suggests that long-range enhancers and gene promoters are in close proximity, which might reflect the formation of chromatin loops. Here, we examined the mechanism for DNA looping at the beta-globin locus. By using chromosome conformation capture (3C), we show that the hematopoietic transcription factor GATA-1 and its cofactor FOG-1 are required for the physical interaction between the beta-globin locus control region (LCR) and the beta-major globin promoter. Kinetic studies reveal that GATA-1-induced loop formation correlates with the onset of beta-globin transcription and occurs independently of new protein synthesis. GATA-1 occupies the beta-major globin promoter normally in fetal liver erythroblasts from mice lacking the LCR, suggesting that GATA-1 binding to the promoter and LCR are independent events that occur prior to loop formation. Together, these data demonstrate that GATA-1 and FOG-1 are essential anchors for a tissue-specific chromatin loop, providing general insights into
Four distinct factors in extracts from murine erythroleukemia (MEL) cells interacted with the human beta-globin gene promoter CAAT box: CP1, GATA-1, and two novel factors, denoted a and b, one of which is highly inducible in the MEL system. GATA-1 binding to the CAAT element was very unstable (half-life | 1 min), whereas bindings of a, b, and CP1 were comparatively stable, with half-lives of 18, 19, and 3.5 min, respectively. Stable transfections of MEL cells showed that in the presence of the beta-globin locus control region (LCR), the wild-type CAAT box, a mutant which bound to GATA-1 with increased stability over the normal sequences, and a mutant which bound a, b, and CP1 specifically could all stimulate transcription greater than ninefold over that induced by a null CAAT mutation in both uninduced and terminally differentiated MEL cells. A mutant which bound the a and b factors specifically gave only a twofold stimulation of promoter activity, and this lower activity correlated with a decrease in
1DXV: High-resolution X-ray study of deoxy recombinant human hemoglobins synthesized from beta-globins having mutated amino termini.
2006年04月, DNA Structure, Chromatin and Gene Expression, Chapter 14, "Involvement of nuclear matrix and chromatin loop formation in the function of insulators.", Transworld Research Network, 2006年, 04, 単行本（学術書）, 共編著, Akasaka K. , ...
Reactivation of fetal hemoglobin (HbF) in adults ameliorates the severity of the common β-globin disorders. The transcription factor BCL11A is a critical modulator of hemoglobin switching and HbF silencing, yet the molecular mechanism through which BCL11A coordinates the developmental switch is incompletely understood. Particularly, the identities of BCL11A cooperating protein complexes and their roles in HbF expression and erythroid development remain largely unknown. Here we determine the interacting partner proteins of BCL11A in erythroid cells by a proteomic screen. BCL11A is found within multiprotein complexes consisting of erythroid transcription factors, transcriptional corepressors, and chromatin-modifying enzymes. We show that the lysine-specific demethylase 1 and repressor element-1 silencing transcription factor corepressor 1 (LSD1/CoREST) histone demethylase complex interacts with BCL11A and is required for full developmental silencing of mouse embryonic β-like globin genes and human γ
High-throughput interaction data from novel chromosome interaction assays has become a staple in genomics research. Methods such as high-throughput chromosome conformation capture (Hi-C) and chromatin interaction analysis by paired-end tag sequencing (ChIA-PET) provide researchers with a way of quantifying three-dimensional chromatin architecture, while also gaining insights into which regions in the genome are interacting frequently. A common downstream data-type from these experimental methods is chromatin loop data. Loops are inferred by marking regions in the genome with high frequency of interaction compared to a background. Typically, we are interested in loops because they provide an insulated environment for interaction of genomic regions, as well as a direct mode of contact for regions near the loop anchors. A classic canonical chromatin loop interaction is one that involves enhancer-promoter interactions in the regulation of gene expression. Therefore, a very common workflow involving ...
Chromosomes are folded in the nuclues according to a specific code. This 3D structure of the chromatin directly affects the regulation of genes by facilitating and restricting the contacts regulatory elements can make. Chromosome conformations capture (3C) technologies (4C and HiC) are used by us to measure and visualize chromatin folding and how it is altered by mutations. We study the mechanisms and rules of chromatin folding in vivo in cells/tissues from mouse embryos. This allows us to be a close as possible to the developmental processes and the diseases that are of interest to us. Mutations are produced by genome editing with CRISPR/Cas9 in mouse embryonic stem (ES) cells and mice are then generated by ES cell aggregation. We use the developing limb as a model system to study how gene regulation changes and directs morphogenesis. The limb has many advantages for this sort of study as it is accessible and the developmental steps and the major genes/molecular mechanisms are known. This ...
Recent advances in high-throughput chromosome conformation capture (3C) technology, such as Hi-C and ChIA-PET, have demonstrated the importance of 3D genome organization in development, cell differentiation and transcriptional regulation. There is now a widespread need for computational tools to generate and analyze 3D structural models from 3C data. Here we introduce our 3D GeNOme Modeling Engine (3D-GNOME), a web service which generates 3D structures from 3C data and provides tools to visually inspect and annotate the resulting structures, in addition to a variety of statistical plots and heatmaps which characterize the selected genomic region. Users submit a bedpe (paired-end BED format) file containing the locations and strengths of long range contact points, and 3D-GNOME simulates the structure and provides a convenient user interface for further analysis. Alternatively, a user may generate structures using published ChIA-PET data for the GM12878 cell line by simply specifying a genomic region of
The human HBB complex sequence is a compilation of sequences. Most of the sequences flanking the beta-like globin genes and LCR were determined by Mike Bulger in the Groudine lab, and he generated this compilation. A "minimal tiling path" of GenBank sequences that in combination will make something close to this compilation (after removing overlaps) is accession numbers AF137396, AF064190, U01317, AF137131, X54282, AF289203 and AF289204. THERE IS A ROUGHLY 6 KB GAP IN THE HUMAN SEQUENCE at position 344746. The gene HOR3beta3 and the 3 breakpoint for the Chinese thalassemia deletion precede this gap, and the 3 breakpoint for HPFH1 and the gene HOR3beta4 follow this gap. This gap was resistant to cloning and sequencing in multiple attempts. The Celera contig also ends in roughly this region. ...
Abstract. Mutations within exon 3 of the beta-globin gene are relatively uncommon, and many of these mutations produce a dominant thalassemia- like phenotype.
Cell-free DNA is detected in blood in many diseases, but also in healthy individuals. Cell-free DNA can originate from necrotic cells or apoptotic …
Question - Medication for Beta-thalassemia. Ask a Doctor about diagnosis, treatment and medication for Thalassemia, Ask a Pediatrician
Animal models of β-hemoglobinopathies: utility and limitations Bradley McColl, Jim Vadolas Cell and Gene Therapy Laboratory, Murdoch Childrens Research Institute, Royal Childrens Hospital, Parkville, VIC, Australia Abstract: The structural and functional conservation of hemoglobin throughout mammals has made the laboratory mouse an exceptionally useful organism in which to study both the protein and the individual globin genes. Early researchers looked to the globin genes as an excellent model in which to examine gene regulation - bountifully expressed and displaying a remarkably consistent pattern of developmental activation and silencing. In parallel with the growth of research into expression of the globin genes, mutations within the β-globin gene were identified as the cause of the β-hemoglobinopathies such as sickle cell disease and β-thalassemia. These lines of enquiry stimulated the development of transgenic mouse models, first carrying individual human globin genes and then substantial
To test whether human GATA-1 (hGATA-1) is involved in the transcriptional control of globin gene switching, transgenic mice were produced overexpressing hGATA-1. These were crossed with mice carrying a human beta-globin locus yeast artificial chromosome (beta YAC), and globin gene expression was analyzed in their progeny. Mice carrying both the hGATA-1 and the beta YAC transgenes have normal levels of gamma- and beta-globin mRNA, with no distortion in the rate or in the timing of gamma-to-beta switch, indicating that hGATA-1 is not involved in the developmental control of gamma- and beta-globin genes. In contrast, mice carrying the hGATA-1 and the beta YAC transgenes have 5- to 6-fold lower expression of the human epsilon globin gene compared with beta YAC mice lacking the hGATA-1 transgene. These results provide direct in vivo evidence that hGATA-1 is a specific repressor of human epsilon gene expression. These findings also suggest that binary transgenic mouse systems based on overexpression ...
[Molecular mechanisms of globin gene regulation and disregulation].: Human globin genes are expressed in tissue and developmental stage specific manners. Variou
For a molecule with two titrateable groups ($\mathrm{HB_\alpha B_\beta H}$) and the following equilibrium constants $$\mathrm{HBBH \rightleftharpoons BBH + H^+} \ \ K_{\alpha1}$$ $$\mathrm{HBBH \rightleftharpoons HBB + H^+} \ \ K_{\beta1}$$ $$\mathrm{HBB \rightleftharpoons BB + H^+} \ \ K_{\alpha0}$$ $$\mathrm{BBH \rightleftharpoons BB + H^+} \ \ K_{\beta0}$$ The probability of, for example, $\mathrm{BBH}$ is $$f_{\mathrm{BBH}} =\mathrm{\frac{[BBH]}{[BB]+[BBH]+[HBB]+[HBBH]}= \frac{[BBH]}{\textit{P}}}$$ $f_{\mathrm{BBH}}$ can be rewritten in terms of pK values $$f_{\mathrm{BBH}} = \mathrm{\frac{[BBH]/[BB]}{\textit{P}/[BB]} = \frac{10^{p\textit{K}_{\beta0}-pH}}{\textit{P}/[BB]}}$$ where $$\mathrm{ \textit{P}/[BB] = 1+10^{p\textit{K}_{\alpha0}-pH}+10^{p\textit{K}_{\beta0}-pH}+ 10^{p\textit{K}_{\alpha0}+p\textit{K}_{\beta1}-2pH}}$$ Similarly, $$f_{\mathrm{HBB}} = \mathrm{\frac{10^{p\textit{K}_{\alpha0}-pH}}{\textit{P}/[BB]}}$$ and $$f_{\mathrm{HBBH}} = ... For a molecule with two titrateable groups ( \mathrm{HB_\alpha B_\beta H}) and the following equilibrium constants$$ \mathrm{HBBH \rightleftharpoons BBH + H^+} \ \ K_{\alpha1}\mathrm{HBBH \rightleftharpoons HBB + H^+} \ \ K_{\beta1} \mathrm{HBB \rightleftharpoons BB + H^+} \ \ K_{\alpha0}\mathrm{BBH \rightleftharpoons BB + H^+} \ \ K_{\beta0}$$The probability of, for example, \mathrm{BBH} is$$ f_{\mathrm{BBH}} =\mathrm{\frac{[BBH]}{[BB]+[BBH]+[HBB]+[HBBH]}= \frac{[BBH]}{\textit{P}}} $$f_{\mathrm{BBH}} can be rewritten in terms of pK values$$f_{\mathrm{BBH}} = \mathrm{\frac{[BBH]/[BB]}{\textit{P}/[BB]} = \frac{10^{p\textit{K}_{\beta0}-pH}}{\textit{P}/[BB]}} $$where$$ \mathrm{ \textit{P}/[BB] = 1+10^{p\textit{K}_{\alpha0}-pH}+10^{p\textit{K}_{\beta0}-pH}+ 10^{p\textit{K}_{\alpha0}+p\textit{K}_{\beta1}-2pH}} $$Similarly,$$ f_{\mathrm{HBB}} = \mathrm{\frac{10^{p\textit{K}_{\alpha0}-pH}}{\textit{P}/[BB]}} $$and$$ f_{\mathrm{HBBH}} = ...
For a molecule with two titrateable groups ($\mathrm{HB_\alpha B_\beta H}$) and the following equilibrium constants $$\mathrm{HBBH \rightleftharpoons BBH + H^+} \ \ K_{\alpha1}$$ $$\mathrm{HBBH \rightleftharpoons HBB + H^+} \ \ K_{\beta1}$$ $$\mathrm{HBB \rightleftharpoons BB + H^+} \ \ K_{\alpha0}$$ $$\mathrm{BBH \rightleftharpoons BB + H^+} \ \ K_{\beta0}$$ The probability of, for example, $\mathrm{BBH}$ is $$f_{\mathrm{BBH}} =\mathrm{\frac{[BBH]}{[BB]+[BBH]+[HBB]+[HBBH]}= \frac{[BBH]}{\textit{P}}}$$ $f_{\mathrm{BBH}}$ can be rewritten in terms of pK values $$f_{\mathrm{BBH}} = \mathrm{\frac{[BBH]/[BB]}{\textit{P}/[BB]} = \frac{10^{p\textit{K}_{\beta0}-pH}}{\textit{P}/[BB]}}$$ where $$\mathrm{ \textit{P}/[BB] = 1+10^{p\textit{K}_{\alpha0}-pH}+10^{p\textit{K}_{\beta0}-pH}+ 10^{p\textit{K}_{\alpha0}+p\textit{K}_{\beta1}-2pH}}$$ Similarly, $$f_{\mathrm{HBB}} = \mathrm{\frac{10^{p\textit{K}_{\alpha0}-pH}}{\textit{P}/[BB]}}$$ and  f_{\mathrm{HBBH}} = ...
Adult White Leghorn chickens were rendered anemic by injection with 1-acetyl-2-phenylhydrazine and then treated with parenteral 5-azacytidine, and levels of embryonic globin RNA in circulating reticulocytes were measured. A very small but detectable amount of correctly initiated embryonic p-type globin RNA was detected in reticulocytes from birds treated with 5-azacytidine, while none was detected in reticulocytes from those receiving only phenylhydrazine or phenylhydrazine plus 1-beta-D-arabinofuranosylcytosine (cytosine arabinonucleoside). An attempt to increase embryonic globin RNA induction by treatment with parenteral sodium butyrate after 7 days of 5-azacytidine administration resulted in a 5- to 10-fold increase in the level of embryonic globin RNA. However, sodium butyrate did not induce embryonic gene expression when given alone or after treatment with cytosine arabinonucleoside. Sodium butyrate treatment also caused a DNase I-hypersensitive site to be exposed at the 5 end of the ...
Levels of fetal hemoglobin (HbF) bearing reticulocytes (F reticulocytes) range from 2% to 50% in patients with sickle cell (SS) anemia. To learn whether any portion of such variation in F cell production is regulated by loci genetically separable from the beta- globin gene cluster, percentages of F reticulocytes were compared in 59 sib pairs composed solely of SS members, including 40 pairs from Jamaica and 19 from the United States. We reasoned that differences in F reticulocyte levels might arise (1) from any of several kinds of artifact, (2) via half-sib status, or (3) because one or more genes regulating F cell production segregate separately from beta S. We minimized the role of artifact by assay of fresh samples from 84 SS individuals, including both members of 38 sib pairs. In 78 of the 84 subjects, serial values for percent F reticulocytes fell within 99.9% confidence limits or were alike by t test (P greater than or equal to .05). This left 32 sib pairs for which F reticulocyte levels ...
951 1234 DNase hypersensitive site 4 4550 4775 DNase hypersensitive site 3 8486 8860 DNase hypersensitive site 2 12752 13769 DNase hypersensitive site 1 116 431 Right Alu 1968 2258 Left Alu 5605 5918 Right Alu 8019 8314 Right Alu 10612 10924 Right Alu 12912 13066 Left L1 14836 15071 Right L1 16918 17218 Left Alu 17940 18231 Right Alu 19486 21080 epsilon-globin gene 19486 19632 Exon 1 19755 19977 Exon 2 20833 21080 Exon 3 23118 31136 Left L1 25885 27987 Left InnerL1 32407 32711 Right Alu 32986 33101 Left L1 34478 36069 G-gamma-globin gene 34478 34622 Exon 1 34745 34967 Exon 2 35854 36069 Exon 3 37921 38039 Left L1 39414 40985 A-gamma-globin gene 39414 39558 Exon 1 39681 39903 Exon 2 40770 40985 Exon 3 42695 43274 Left L1 44788 45108 Right Alu 45658 47272 eta-globin pseudo gene 45658 45800 Exon 1 45922 46144 Exon 2 46997 47272 Exon 3 50895 51198 Left Alu 51976 52276 Right Alu 53222 53540 Left L1 54740 56389 delta-globin gene 54740 54881 Exon 1 55010 55232 Exon 2 56131 56389 Exon 3 62137 63742 ...
Looking for online definition of beta-thalassemia in the Medical Dictionary? beta-thalassemia explanation free. What is beta-thalassemia? Meaning of beta-thalassemia medical term. What does beta-thalassemia mean?
Cancer researchers have an exciting new tool at their disposal: circulating cell-free DNA (ccfDNA) collected in minimally invasive liquid biopsies. With the potential to provide real-time mutational information about primary and metastatic tumors, cfDNA has significant potential for the detection and monitoring of biomarkers for cancer and other diseases. ...
[107 Pages Report] Check for Discount on United States Insulator Material Market Report 2017 report by QYResearch Group. In this report, the United States Insulator Material market is...
Current models suggest that tissue-specific genes are arranged in discrete, independently controlled segments of chromatin referred to as regulatory domains. Transition from a closed to open chromatin structure may be an important step in the regulation of gene expression. To determine whether the human alpha-globin cluster, like the beta-globin cluster, lies within a discrete, erythroid-specific domain, we have examined the long-range genomic organization and chromatin structure around this region. The alpha genes lie adjacent to at least four widely expressed genes. The major alpha-globin regulatory element lies 40 kb away from the cluster within an intron of one of these genes. Therefore, unlike the beta cluster, cis-acting sequences controlling alpha gene expression are dispersed within a region of chromatin that is open in both erythroid and nonerythroid cells. This implies a difference in the hierarchical control of alpha- and beta-globin expression.
The KLF1 gene encodes a key transcription factor regulating the developmental switch from fetal to adult globin. Based on previous and recent experimental data it has been hypothesized that after birth high levels of KLF1 activate the HBB gene and BCL11A expression, which in turn suppresses HBG1/HBG2 expression, while in the fetus reduced KLF1 levels result in very low HBB and BCL11A gene expression and therefore in low beta and high gamma globin levels.6 It is interesting to note that subjects II-1 and II-2, with genetic compound for the two KLF1 mutations, have unbalanced alpha/beta globin chain synthesis ratio (i.e. in the beta-thalassemia carrier range), despite having normal beta globin gene sequence and not increased HbA2 levels. The reduced beta globin production and the excess of G-gamma chains partly resembles a late fetal or newborn condition, consistent with the key role of KLF1 in the globin switching. The milder imbalance in II-2 as compared to II-1 is due to the coinheritance of ...
BACKGROUND: The CCTC-binding factor (CTCF) protein is involved in genome organization, including mediating three-dimensional chromatin interactions. Human patient lymphocytes with mutations in a single copy of the CTCF gene have reduced expression of enhancer-associated genes involved in response to stimuli. We hypothesize that CTCF interactions stabilize enhancer-promoter chromatin interaction domains, facilitating increased expression of genes in response to stimuli. Here we systematically investigate this model using computational analyses. RESULTS: We use CTCF ChIA-PET data from the ENCODE project to show that CTCF-associated chromatin loops have a tendency to enclose regions of enhancer-regulated stimulus responsive genes, insulating them from neighboring regions of constitutively expressed housekeeping genes. To facilitate cell type-specific CTCF loop identification, we develop an algorithm to predict CTCF loops from ChIP-seq data alone by exploiting the CTCF motif directionality in loop ...
Insulation for direct current transmission is totally different from that of AC transmission. The behavior of local discharge on the insulator is different from that of AC transmission. The problems of ion migration and thermal runaway in the material of the body of the insulator are matters to be considered only in the case of DC applications. To suppress the problems unique to DC and enable the reliable operation of DC power systems, insulators for DC applications require design and materials different from AC applications.. ...
Common coordinate-based workflows involving processed chromatin loop and genomic element data are considered and packaged into appropriate customizable functions. Includes methods for linking element sets via chromatin loops and creating consensus loop datasets. ...
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Impaired switching from fetal hemoglobin (HbF) to adult globin gene expression leads to hereditary persistence of fetal hemoglobin (HPFH) in adult life. This is of prime interest because elevated HbF levels ameliorate beta-thalassemia and sickle cell anemia. Fetal hemoglobin levels are regulated by complex mechanisms involving factors linked or not to the beta-globin gene locus. To search for factors putatively involved in gamma-globin gene expression, we examined the reticulocyte transcriptome of three siblings who had different HbF levels and different degrees of beta-thalassemia severity although they had the same alpha- and beta-globin gene cluster genotypes. Using a differential mRNA display approach, we identified a cDNA of the cold shock domain protein A (CSDA), a trans-acting factor previously reported to interact in vitro with the gamma-globin gene promoter. Real time quantitative analysis in the three patients and CSDA expression studies in the human erythroleukemic K562 cell line ...
Chromosome conformation capture (3C) has revolutionized the ways in which the conformation of chromatin and its relationship to other molecular functions can be studied. 3C-based techniques are used to determine the spatial arrangement of chromosomes in organisms ranging from bacteria to humans. In particular, they can be applied to the study of chromosome folding and organization in model organisms with small genomes and for which powerful genetic tools exist, such as budding yeast. Studies in yeast allow the mechanisms that establish or maintain chromatin structure to be analyzed at very high resolution with relatively low cost, and further our understanding of these fundamental processes in higher eukaryotes as well. Here we provide an overview of chromatin structure and introduce methods for performing 3C, with a focus on studies in budding yeast. Variations of the basic 3C approach (e.g., 3C-PCR, 5C, and Hi-C) can be used according to the scope and goals of a given experiment.
My clinical interests lie in all aspects of small animal medicine but particularly endocrinology, genetics and immunology. In my research, I am very keen to understand the relationship between genotype and phenotype in both humans and veterinary species. My current research aims to improve our understanding of the genetic basis of complex diseases such as type 1 diabetes by trying to unravel the mechanisms by which individual genes affect risk of disease. I am currently working on the 16p13.13 region in humans, which affects risk of many autoimmune conditions including type 1 diabetes, multiple sclerosis and primary biliary sclerosis. I use a combination of techniques including global gene expression analyses, recombinant protein expression and purification, functional assessment of cells after overexpression and knockdown of genes in vitro, flow cytometry, confocal microscopy and chromosome conformation capture. By understanding the function of the genes in the 16p13.13 region and their role in ...
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