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Myelosuppression than docetaxel given in a combination regimen, and that the regimen preferred by the vast majority of breast cancer oncologists would be the block sequential regimen, FECT. The Committee was mindful of the fact that the licensed indication for the use of docetaxel in breast cancer does not include the FECT regimen, and that it would not be able to issue recommendations on this sequential regimen. The Committee appreciated that many patients with early node-positive breast cancer value the potential of docetaxel to reduce the rate of recurrence of their disease to the extent that they prefer to receive it, knowing that it is likely to cause adverse effects, some of which may be severe. The Committee concluded that the TAC regimen is more clinically effective than the FAC regimen. 4.4 The Committee considered the submission and further clarification provided by the manufacturer regarding the comparison of the TAC regimen with the FEC regimen. The Committee was persuaded that FEC60 and FEC75 are the most commonly used FEC regimens in the NHS in England and Wales, noting that the research provided by the manufacturer was in concurrence with clinical opinion. The manufacturer's systematic review and the statements from clinical specialists concurred that FEC75 can be assumed to be equivalent to FAC in terms of both efficacy and haematological toxicity. Because of this assumed equivalence, and the results of the BCIRG001 study showing TAC to be more clinically effective than FAC, the Committee accepted that the TAC regimen is likely to be more effective than FEC regimens with doses of epirubicin of 75 mg m2 or below. 4.5 The Committee discussed the rationale described in the manufacturer's submission for comparing the clinical effectiveness of the TAC regimen with that of the ECMF regimen. The Committee noted the statement in the manufacturer's submission that an adjusted indirect comparison between TAC and ECMF using the BCIRG001 study and the NEAT study which compared ECMF with CMF ; was not considered appropriate because there was no comparator chemotherapy regimen that was common to the two trials, and there were marked differences in the characteristics of the trial.
Carbon sequestration The simulated average net carbon sequestration in living biomass, litter and dead wood ; increases from approximately 0 and 0.4 tonha-1y-1 to 1.1 and 2.2 ton ha-1y-1 for coniferous and deciduous forest respectively Figure 1 ; , between the lowest 5 kgha-1.y-1 ; and the highest nitrogen deposition level 70 kg.ha-1.y-1 ; . We assumed that the effect of nitrogen deposition on the C-sequestration in grassland and heathland is negligible. The average simulated increase is 20-30 kg carbon per kg nitrogen deposition. The difference between deciduous and coniferous forest is caused in part by the difference in maximum growth rate. These figures are well in agreement with experimental results from Sweden Tamm, 1999 ; with increases of 18 and 28 kg C kg-1 N depending on the site. The increase is also very similar to that estimated by Nadelhoffer et al. 1999 ; . They based their estimate on 15N tracer experiments, showing that approximately 5% of the added N ends up in stem wood with an average C N ratio of 500, leading to an assumed accumulation of 25 kg kg-1 N if the C N ratio remains constant. In our results the variation is large for both coniferous and deciduous forest, caused by a wide variation in soil types, groundwater tables and age classes. Net emitters of carbon exist for both forest types actually the older stands ; . Since Dutch forests are relatively young the amount of older stands will increase over time, especially because clearcutting is no longer practised. This may lead to a decrease in C sequestration over time. In deciduous forest the carbon sequestration levels off at higher nitrogen deposition levels, indicating that other factors besides nitrogen become growth limiting. Coniferous forests do not show such a decline. Field experiments show that in boreal areas nitrogen limitation of forest growth is becoming less important around a nitrogen addition of 60 kg.ha-1.y-1, which agrees with our results for deciduous forest Tamm, 1999.
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ELIGIBILITY: Women 60 years of age or fit women 60 years of age with 1 or more axillary lymph node metastasis es ; . Adequate hematological parameters ANC 1.5 x 109 L and platelets 100 x 109 L ; EXCLUSIONS: Congestive heart failure LVEF 45% ; or other significant heart disease TESTS: Baseline: CBC & diff, platelets, bilirubin, creatinine Before each treatment Day 1 and 8 ; : CBC & diff, platelets If clinically indicated: bilirubin, creatinine, MUGA scan or echocardiogram PREMEDICATIONS: Antiemetic protocol for High Moderate emetogenic chemotherapy see protocol SCNAUSEA ; TREATMENT: Drug Epirubicin Fluorouracil.
Ever, eradication of human immunodeficiency virus, type 1 HIV-1 ; 2 does not appear to be currently possible, in part due to the viral reservoirs remaining in blood and infected tissues. Moreover, a number of challenges have been encountered, which include various adverse effects, only partial and limited immunologic restorations achieved, and occurrence of various cancers as consequences of survival elongation with highly active antiretroviral therapy 1 ; . Moreover, such limitations of highly active antiretroviral therapy are exacerbated by the development of drug-resistant HIV-1 variants 2 ; . Thus, the identification of new classes of antiretroviral drugs that have one or more unique mechanisms of action and produce no or minimal adverse effects remains an important therapeutic objective. Dimerization of HIV-1 protease subunits is an essential process for the acquisition of proteolytic activity of HIV-1 protease, which plays a critical role in the maturation and replication of the virus 3, 4 ; . Thus inhibition of protease dimerization by chemical reagents is likely to abolish proteolytic activity and inhibit HIV-1 replication. However, for possible development of HIV-1 protease dimerization inhibitors, better understanding of the nature and dynamics of protease dimerization is crucial. The monomer subunits are connected by polar and non-polar interactions to form the dimer. Hydrophobicity of Leu-89, Leu-90, and Ile-93 and several other residues have been considered important in the folding of a protease monomer as well as in dimer stabilization 5, 6 ; . For a systematic analysis of the conserved network of hydrogen bonds, termed "fireman's grip, " Strisovsky et al. 7 ; have mutated the active site Thr-26 to a Ser, Cys, or Ala and have shown that T26A substitution reduced protease dimer stability, thus virtually nullifying the proteolytic activity of protease. Indeed, in our present study, T26A substitution effectively disrupted protease dimerization see below ; , corroborating the results by Strisovsky et al. The flexibility of monomeric and dimeric HIV-1 protease and the feasibility of a stable protease monomer have also been studied.
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74 Ramann I, Depenbrock H, Thdtmann R et al. Gemcitabine combined with etoposide in patients with metastatic solid tumors: a clinical Phase I study. Proc 9th NCI-EORTC Ann Oncol 1996; 7 suppl 1 ; : 66a. 75 Grunewald R, Akrivakis K, Luftner D et al. Gemcitabine epirubicin in metastatic breast cancer--Phase I study. Proc 9th NCI-EORTC Ann Oncol 1996; 7 suppl 1 ; : 66a. 76 Manegold CH, Eberhard W, Wilke H et al. Phase II study of gemcitabine GEM ; and ifosfamide IFO ; in advanced nonsmall cell lung cancer NSCLC ; . Proc Annu Meet Soc Clin Oncol 1996; 15: 380a. Prez-Manga G, Lluch A, Garcia-Conde J et al. Early Phase II study of gemcitabine in combination with doxorubicin in advanced breast cancer. Proc Annu Meet Soc Clin Oncol 1996; 15: 380a. McGinn CJ, Shewach DS, Lawrence TS. Radiosensitizing nucleosides. J Nat Cancer Inst 1996; 88: 1193-1203. Shewach DS, Hahn TM, Chang E et al. Metabolism of 2, 2difluorodeoxycytidine and radiation sensitization of human colon carcinoma cells. Cancer Res 1994; 54: 2318-2323. Goor C, Scalliet P, Van Meerbeek J et al. A Phase II study combining gemcitabine with radiotherapy in stage III NSCLC. Proc 21st ESMO Ann Oncol 1996; 7 suppl 5 ; : 101a and eplerenone.
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The fludarabine combination regimens were seen to be effective in these groups of patients with recurrent low-grade NHL. The overall response rate in 53 patients was 88% 95% for FLU CY; 84% for FLU CY MITO ; . Fifty-eight percent of patients achieved CR. Fludarabine as a single agent is capable of producing a response rate of about 50-60% in pre-treated LGL, with a CR rate ranging from about 20% to 35%.3-5 Mitoxantrone was found to have a favorable impact in phase II studies on lymphoma.16, 17 The addition of this drug to fludarabine and steroids improved the response rate to over 80%, with a CR rate ranging from 35% to about 45%.8, 9 The clinical activity of cytoxan in NHL has been well established in the past.18 Fludarabine cytoxan regimens have been reported to produce an overall response rate of about 70%, with a CR rate ranging from 32% to 66% in LGL.10, 11 This background formed the basis of our treatments. Five patients had mantle cell lymphoma and two of them achieved CR following the FLU CY MITO regimen. This and similar observations reported by others6, 8, 9, 11, justify the use of fludarabine in this particular subset of patients, regardless of whether they are pre-treated or not.19, 20 Projected actuarial curves show a 3-year probability of survival of 52.5% with a probability of failure-free survival of 42% Figure 1 ; . These results are similar to those previously observed with fludarabine in combination with epirubicin and cyclophosphamide12 even if, in contrast to our group of recurrent, pre-treated patients, two thirds of the patients included in that study were untreated. In conclusion, the two fludarabine combinations compare favorably with previously reported data, 811 even though a median observation time of about 2.5 years is too short to draw any definitive conclusions. According to multivariate analysis, patients with BM involvement showed a poor 3-year probability of overall survival p 0.01 ; and of FFS p 0.02 ; when compared with patients without BM involvement. This study cannot define the optimal duration of fludarabine in combination therapy. Most cases of complete disappearance of the disease 77% ; were achieved after 3 courses of chemotherapy. According to our observation, discontinuing treatment after 3 courses did not increase.
Warnings: before taking epirubicin it is especially important that you inform your health care professional know if you are taking any of the following: concurrent use of these agents with epirubicin may increase risk of liver problems : acetaminophen e, g and epogen.
DEVELOPMENT OF AN INPATIENT WARFARIN DOSING PROTOCOL FOR THE PREVENTION OF DEEP VEIN THROMBOSIS IN ORTHOPEDIC SURGERY PATIENTS Cory D. Kacir * , Cathy A. Whalen, Amy T. Ball, Carolyn W. Chou, Tamara W. Adams, Tina M. Claypool University of Louisville Hospital, 530 South Jackson Street, Louisville, KY, 40202 coryka ulh Introduction: Orthopedic surgery patients comprise a subgroup of patients that require anticoagulation therapy. Patients that fit into this subgroup are those that have undergone total hip and total knee arthroplasty. Additionally, patients with a traumatic lower extremity fracture that will be restricted to bed rest for a prolonged period of time are included. Warfarin is the standard therapy for the long-term prevention of deep vein thrombosis DVT ; . Despite the benefits of warfarin therapy there are also risks associated with its use. Thus, standardizing warfarin therapy for these patients can insure patient safety. Objectives: This study was designed to determine the historical prescribing practices of warfarin for orthopedic surgery patients at the University of Louisville Hospital, and then to create a dosing protocol that would achieve a therapeutic international normalized ratio INR ; both safely and efficiently. Methods: A six-month retrospective chart review of orthopedic surgery patients started on warfarin therapy for DVT prophylaxis was performed. A total of 66 potential patients were identified by pharmacy computer records and ICD-9 codes, with 43 patients satisfying the inclusion and exclusion criteria. Results: Of the 43 patients 67% had undergone either a total hip or total knee arthroplasty procedure and 33% had experienced a traumatic lower extremity fracture. A majority of the patients 67% ; received either 5 or 2.5 milligrams as their initial warfarin dose. A target INR was specified in the chart for only 44% of the patients. A baseline INR was drawn for 67% of the patients. Upon discharge only 31% of the patients achieved a therapeutic INR. There were 4 patients that experienced a supratherapeutic INR, defined as an INR greater than 3.0, during their hospital stay. Results of the initial retrospective chart review thus identified several problem areas. A standardized dosing protocol was designed to help address those problem areas. Learning Objectives: Explain the importance of DVT prophylaxis for orthopedic surgery patients. Discuss potential problems that can be encountered during the implementation of a protocol. Self Assessment Questions: True or False All orthopedic surgery patients require DVT prophylaxis. True or False It is good practice for a physician to document a target INR in the medical record.
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The integration of gemcitabine into combination chemotherapy including taxanes and anthracyclines represents a possible strategy for achieving higher percentages of complete responses and to increase the proportion of long-term survivors of advanced breast cancer. Because of the potential for drug interaction, as previously demonstrated for anthracyclines and paclitaxel, which may lead to unexpected drug toxicity [1, 46], the pharmacokinetics and pharmacodynamics of combination chemotherapy of gemcitabine, epirubicin and paclitaxel were investigated in this study in order to ascertain whether gemcitabine provided an additional factor of drug interaction. The findings of this study suggest that the administration of epirubicin and paclitaxel does not interfere with gemcitabine disposition. Indeed, although a direct comparison to patients given gemcitabine alone has not been performed, the pharmacokinetics of gemcitabine and its metabolite dFdU are comparable to those reported previously [19]. The present data also demonstrate that gemcitabine, in turn, apparently did not affect the plasma pharmacokinetics of epirubicin, epirubicinol and paclitaxel, or the urinary excretion of epirubicin and epirubicinol. Indeed, the interaction between paclitaxel and anthracyclines, as shown in the present study by the rebound in epirubicinol plasma levels and reduction in CLR of epirubicin and epirubicinol, was not further enhanced by the administration of gemcitabine, because no significant differences between patients treated with GEP versus EP were observed. The possible mechanisms of the pharmacokinetic interaction between paclitaxel and anthracyclines have been recently reviewed and most likely involves a pharmacological competition of paclitaxel Cremophor EL on anthracycline excretion mediated by P-glycoprotein P-gp ; with saturation of biliary clearance, rather than modulation of aldo-keto reductase metabolism of anthracyclines [1]. With respect to this, it has been demonstrated that in vitro metabolism of epirubicin to epirubicinol was not significantly affected by and epoprostenol.
PBPCs. All 21 patients of the study group as well as the historical control patients were initially treated with two cycles of conventional VIP chemotherapy consisting of VP16 S00 mg m2 ; , ifosfamide 4 g &, and cisplatin S0 mg m * ; with or without epirubicin S0 mg m' ; .'' All patients received G-CSF subcutaneously Filgrastim; Neupogen; Amgen, Munich, Germany ; at adose of 5 pg body weight to prevent chemotherapy-induced neutropenia and to simultaneously mobilize PBPCS.".'~ PBPCs were harvested at day 10 to 11 after the second cycle of chemotherapy. The timing for the collection of PBPCs was based on absolute white blood cell counts as well as the percentage of CD34 + cells in peripheral blood, as determined p r e .Generally, two leukaphereses CS3000; Baxter, Mu~, ~~ nich, Germany ; were performed. One leukapheresis product was subjected to positive selection of CD34 + cells. If the threshold dose of greater than 1 X IO6 CD34' cells kg body weight was achieved after the first column separation, the other apheresis product was kept frozen as a backup of unseparated PBPCs. Otherwise, another column separation was performed. Positive selection of CD34' cells om mobilized PBPCs. Harvested mononuclear cells within a total volume of 50 mL ; from one leukapheresis collection were incubated with a biotinylated antiCD34 monoclonal antibody MoAb; clone 12.8 ; for 20 minutes, washed in phosphate-buffered saline PBS; Baxter, Munich, Germany ; , and passaged over a computer-driven avidin-immunoaffinity column device CEPRATE SC System; CellPro Inc, Bothell, WA ; " with a loading capacity of more than 10" mononuclear cells. Adsorbed CD34' cells target cells ; were removed from the avidin column, washed in PBS, resuspended in a final volume of 10 to 1.5 mL 2 X 10' cells mL ; , and frozen in a controlled rate freezer in the presence of 7.5% dimethyl sulfoxide DMSO; Sigma, Deisenhofen, Germany ; , 4% human serum albumin, and 10 U mL heparin Liquemin; Roche, Grenzach, Germany ; . Aliquots of the CD34 + target cell fraction and the nontarget cell fraction unbound cells ; were analyzed to assess the percentage ofCD34' cells as well as the antigenic phenotype and colony-forming capacity of cells in each fraction. Clonogenic assay fur committed hematupoieticprojieniturs. Unseparated or nonadsorbed PBPCs 1 X 10' mL ; as well as positively selected CD34 + cells S X 10' mL, 1.5 X 104 mL, and 5 X 104 mL ; were grown in 0.9% methylcellulose, as des~ribed.'~, '' Cultures were performed in duplicates and stimulated with 100 ng mL SCF Amgen, Thousand Oaks, CA ; , 100 ng mL interleukin-lb IL-lp; Behringwerke AG, Marburg, Germany ; , 100 ng mL granulocyte-macro.
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Cyclophosphamide in metastatic breast cancer: Interim analysis of a prospective randomized trial. Semin Oncol 1994, 21 Suppl 1 ; : 10-6. Bastholt L, Dalmark M, Gjedde SB et al. Dose- response relationship of epirubicin in the treatment of postmenopausal patients with metastatic breast cancer: A randomized study of epirubicin at four different dose levels performed by the Danish Breast Cancer Cooperative Group. J Clin Oncol 1996; 14: 1146-55. Ebbs SR, Saunders JA, Graham H et al. A randomized trial of epidoxorubicin at two different dosages and two administration systems. Acta Oncol 1989; 28: 887-92. Bezwoda WR, Dansey R, Seymour L. High-dose 4'-epiadriamycin for treatment of breast cancer refractory to standard dose anthracycline chemotherapy: Achievement of second responses. Oncology 1990; 47: 4-8. Ferguson JE, Dodwell DJ, Seymour et al. High-dose, doseintensive chemotherapy with doxorubicin and cyclophosphamide for the treatment of advanced breast cancer. Br J Cancer 1993; 67: 825-9. Blomqvist C, Elomaa I, Rissanen P et al. Influence of treatment schedule on toxicity and efficacy of cyclophosphamide, epirubicin and fluorouracil in metastatic breast cancer: A randomized tnal comparing weekly and every-4-week administration. J Chn Oncol 1993; 11: 467-73. Canellos GP, Pocock SJ, Taylor SG et al. Combination chemotherapy for metastatic breast carcinoma. Cancer 1976; 38: 1882-6. Carmo-Pereira J, Costa FO, Miles DWet al. High-dose epirubicin as primary chemotherapy in advanced breast cancer carcinoma: A phase II study. Cancer Chemother Pharmacol 1991; 27: 394-6. A'Hern RP, Ebbs SR, Baum MB. Does chemotherapy improve survival in advanced breast cancer? A statistical overview. Br J Cancer 1988; 57: 615-8. Norton L, Simon R. The Norton-Simon hypothesis revisited. Cancer Treat Rep 1986; 70: 163-9. Received 28 May 1997; accepted 4 September 1997 and eprosartan.
Drug type: epirubicin is an anti-cancer antineoplastic or cytotoxic ; chemotherapy drug
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Marlowe doesn't answer. He's still admiring her legs. Vivian sets her glass down, looking him over coolly, as though he were something in a bottle. VIVIAN How do you like Dad? MARLOWE I liked him. VIVIAN He liked Shawn. I suppose you know who Shawn is? MARLOWE Yeah, I know. VIVIAN You don't have to play poker with me. Dad wants to find him, doesn't he? MARLOWE Do you? VIVIAN Of course I do! It wasn't right for him to go off like that. Broke Dad's heart, although he won't say much about it. Or did he? MARLOWE He mentioned it. VIVIAN I don't see what there is to be cagey about. And I don't like your manners. MARLOWE I'm not crazy about yours. I didn't ask to see you. And I don't mind your ritzing me, or drinking your lunch out of a bottle. I don't mind your showing me your legs. They're very swell legs and it's a pleasure to make their acquaintance. I don't mind if you don't like my manners. MORE.
It was suggested that these decreases in specific activity may be accounted for either by decreased levels of the terminal oxidase of the system, cytochrome P-450, and or by a depression of cytochrome P-450 reductase activity 8, 9 ; . A decrease in the cytochrome P-450 reductase activity, as measured with intact microsomes, could be caused by either a decreased activity of NADPH cytochrome c reductase, per se, or by a decrease in the efficiency of elec tron transfer from the reductase to the P-450. Another mechanism by which level of dietary protein intake may influence the specific activity of the MFO system is through an effect on phosphatidylcholine and its association with cytochrome P-450 9, 10 ; . The functional relationship be tween phosphatidylcholine and the MFO system has not been elucidated; however, phosphatidylcholine is an essential require ment for activity when the system is frac tionated and reconstituted 11 ; . The pioneering work of Lu and Coon and co-workers 11-13 ; has led to tech niques allowing for the fractionation of the various components of the MFO system, which when recombined allows for partial reconstitution of activity. With the avail ability of these procedures, we have there fore attempted to study the dietary-induced mechanism which causes the depressed en zyme activities by examination of the indi vidual MFO enzyme components. Thus, we report here the effects of dietary protein level on the specific activities of the indi vidual MFO components when reconsti tuted with their counterpart components derived from animals fed diets of a differ ent protein level and ergotamine.
A similar trial conducted in Germany reported the initial analysis of a randomized treatment trial of 1, 284 women, age 65 or under, with four or more positive nodes Mbus et al., 2004 ; . The women were randomized to receive adjuvant dose-dense chemotherapy consisting of 3 courses of epirubicin, paclitaxel, and cyclophosphamide EPC ; administered every 14 days with G-CSF support or standard therapy with 4 courses of epirubicin and cyclophosphamide EC ; followed by 4 courses of paclitaxel P ; . Study details are reviewed in Table 4. At a mean follow up of 28 months, 94 patients in the EPC arm had relapsed compared to 127 in the standard arm. The estimated 3-year OS was 80% in the ETC arm and 70% in the standard arm. Toxicities were similar in both arms with a slightly higher incidence of hospitalization for febrile neutropenia in the EPC arm Mbus et al., 2004 and epirubicin.
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ADMINISTRATION GUIDELINES see Appendix 3a ; Slow push through sidearm of free flowing IV 5% Dextrose, Normal Saline or 2 3.1 3 Give 10mg 5mL ; per minute. Doses 100mg may be mixed in 50mL minibag 5% Dextrose ; , doses 100mg may be mixed in 100mL minibag 5% Dextrose Infuse through sidearm of free flowing IV over 1020 minutes. Do not admix with other drugs PROTECT FROM LIGHT and erlotinib.
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Topoisomerase IIa protein. Although a potential role of multidrug resistance genes in the potentiation of epirubicin by valproic acid cannot be ruled out in the scope of these experiments, limited microarray experiments do not suggest a change in the expression of MDR and MDR-related proteins data not shown ; . Topoisomerase IIa expression is down-regulated by histone deacetylase inhibitor. It is thought that sensitivity of cancer cells to topoisomerase II targeting agents is predominantly mediated through topoisomerase IIa 13 17 ; . However, we observed an HDACi-induced sensitization in cells with depleted topoisomerase IIa but not in cells depleted of both topoisomerase II isoforms. The effects of HDACi on the expression of topoisomerase IIa and topoisomerase IIh were evaluated across sensitive and resistant cell lines. As reported previously, we found that HDACi-induced sensitization of cells to topoisomerase II poisons was maximal after a 24- to 48-hour preexposure to the HDACi 14 ; . Time course evaluating the protein expression of topoisomerase IIa, topoisomerase IIh, and topoisomerase I showed that after a 48-hour exposure to 2 Amol L SAHA, rather than an upregulation, a depletion of topoisomerase IIa protein was observed Fig. 2A ; . The depletion of topoisomerase IIa expression was not limited to SAHA but was observed with the short-chain fatty acids valproic acid and NaB as well as the hydroxamic acid trichostatin A Fig. 2B ; . The decrease in nuclear protein expression corresponded to a time-dependent reduction in the expression of topoisomerase IIa mRNA Fig. 2C ; and not a change in cellular location Fig. 2D ; . Furthermore, HDACi had no significant effects on the expression of topoisomerase I and topoisomerase IIh Fig. 2A and B ; . Expression levels of topoisomerase IIa vary with alterations in cell cycle distribution with peak expression in G2-M. To rule out a causal link between HDACi-induced cell cycle block and the observed reduction in topoisomerase IIa expression, topoisomerase IIa levels were studied over a wide range of HDACi concentrations. Topoisomerase IIa was depleted at concentrations of HDACi that did not perturb cell cycle progression Fig. 2B; data not shown ; , suggesting that HDACi-induced cell cycle arrest and HDACi-induced topo and eplerenone.
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