public void FillStructReport(T_TBS_BG tbs, StructReport structReport)
{
StructHelper.FillCommonResult(tbs, structReport);
// if (!string.IsNullOrEmpty(tbs.F_TBS_WSW1.Trim()))
// structReport.UnStructItems.Add(new UNStructItem
// {
// ItemName = "HER2基因扩增",
// Result = tbs.F_TBS_WSW1
// });
//连续计数浸润性癌 30 个肿瘤细胞
if (!string.IsNullOrEmpty(tbs.F_TBS_WSW2.Trim()))
{
structReport.StructItems.Add(new StructItem
{
ItemName = "连续计数浸润性癌",
Result = T_TBS_BG.SubStringBetween(tbs.F_TBS_WSW2, "连续计数浸润性癌", "个肿瘤细胞").Trim(),
ResultUnit = "个"
});
}
//平均HER2基因拷贝数/细胞=3.52
if (!string.IsNullOrEmpty(tbs.F_TBS_WSW3.Trim()))
{
structReport.StructItems.Add(new StructItem
{
ItemName = "平均HER2基因拷贝数",
Result = tbs.F_TBS_WSW3.Replace("平均HER2基因拷贝数/细胞=", "").Trim(),
ResultUnit = "拷贝数/细胞"
});
}
//平均CEP17拷贝数/细胞=2.02
if (!string.IsNullOrEmpty(tbs.F_TBS_WSW4.Trim()))
{
structReport.StructItems.Add(new StructItem
{
ItemName = "平均CEP17拷贝数",
Result = tbs.F_TBS_WSW4.Replace("平均CEP17拷贝数/细胞=", "").Trim(),
ResultUnit = "拷贝数/细胞"
});
}
//HER2/CEP17比值=1.06
if (!string.IsNullOrEmpty(tbs.F_TBS_WSW5.Trim()))
{
structReport.StructItems.Add(new StructItem
{
ItemName = "HER2/CEP17比值",
Result = tbs.F_TBS_WSW5.Replace("HER2/CEP17比值=", "").Trim(),
ResultUnit = ""
});
}
}
public void FillStructReport(T_TBS_BG tbs, StructReport structReport)
{
StructHelper.FillCommonResult(tbs, structReport);
// //2.63E+05 copy/mL
// if (!string.IsNullOrEmpty(tbs.F_TBS_XBXM1.Trim()))
// structReport.StructItems.Add(new StructItem
// {
// ItemName = tbs.F_FZ_JCXM,
// Result = tbs.F_TBS_XBXM1.Replace("IU/mL","").Trim(),
// ResultUnit = "IU/mL",
// Reference = tbs.F_TBS_XBXM2.Replace("IU/mL", "").Trim(),
// RefernceUnit = "IU/mL",
// });
}
public static void FillCommonResult(T_TBS_BG tbs, StructReport structReport)
{
structReport.ItemName = tbs.F_FZ_JCXM;
structReport.Result = tbs.F_FZ_BLZD;
structReport.Explain = tbs.F_FZ_SYDZ;
structReport.NDAND = T_TBS_BG.SubStringBetween(tbs.F_DNAZK, "浓度" + "ug/ml", @"ug/ml");
structReport.NDA260 = T_TBS_BG.SubStringBetween(tbs.F_DNAZK, @"260/280=", @"。");
structReport.BLZKJX = tbs.F_RNAZK;
structReport.BLZKZLXBHL = T_TBS_BG.SubStringBetween(tbs.F_RNAZK, "肿瘤细胞含量比例约为", "%");
if (string.IsNullOrEmpty(structReport.BLZKZLXBHL))
{
structReport.BLZKZLXBHL = T_TBS_BG.SubStringBetween(tbs.F_RNAZK, "肿瘤细胞含量", "%").Trim('为');
}
if (!string.IsNullOrEmpty(structReport.BLZKZLXBHL))
{
structReport.BLZKZLXBHL = structReport.BLZKZLXBHL + "%";
}
}
public void FillStructReport(T_TBS_BG tbs, StructReport structReport)
{
StructHelper.FillCommonResult(tbs, structReport);
// //检测项目
// if (!string.IsNullOrEmpty(tbs.F_FZ_JCXM.Trim()))
// structReport.UnStructItems.Add(new UNStructItem
// {
// ItemName = "检测项目",
// Result = tbs.F_FZ_JCXM
// });
// //判读标准
// if (!string.IsNullOrEmpty(tbs.F_FZ_SYDZ.Trim()))
// structReport.UnStructItems.Add(new UNStructItem
// {
// ItemName = "判读标准",
// Result = tbs.F_FZ_SYDZ
// });
}
public void GetXmlTest()
{
var aa = new odbcdb("DSN=pathnet;UID=pathnet;PWD=4s3c2a1p", "", "");
var bggs = "测序";
var blh = "1709187413-2";
var dtTbsReport = aa.GetDataTable($" select * from t_tbs_bg t where t.f_blh='{blh}' ", "table1");
if (dtTbsReport == null || dtTbsReport.Rows.Count == 0)
{
Assert.Fail("没有找到tbs报告");
}
var tbs = T_TBS_BG.DataRowToModel(dtTbsReport.Rows[0]);
var r = new StructReport();
var xml = r.GetXml(tbs, bggs);
Console.WriteLine(xml);
}
public void FillStructReport(T_TBS_BG tbs, StructReport structReport)
{
StructHelper.FillCommonResult(tbs, structReport);
// if (!string.IsNullOrEmpty(tbs.F_TBS_WSW1.Trim()))
// structReport.UnStructItems.Add(new UNStructItem
// {
// ItemName = "MET基因扩增",
// Result = tbs.F_TBS_WSW1
// });
//平均MET基因拷贝数/细胞=3.52
if (!string.IsNullOrEmpty(tbs.F_TBS_WSW3.Trim()))
{
structReport.StructItems.Add(new StructItem
{
ItemName = "平均MET基因拷贝数",
Result = tbs.F_TBS_WSW3.Replace("平均MET基因拷贝数/细胞=", "").Trim(),
ResultUnit = "拷贝数/细胞"
});
}
//平均CEP7拷贝数/细胞=2.16
if (!string.IsNullOrEmpty(tbs.F_TBS_WSW4.Trim()))
{
structReport.StructItems.Add(new StructItem
{
ItemName = "平均CEP7拷贝数",
Result = tbs.F_TBS_WSW4.Replace("平均CEP7拷贝数/细胞=", "").Trim(),
ResultUnit = "拷贝数/细胞"
});
}
//MET/CEP7比值=1.62
if (!string.IsNullOrEmpty(tbs.F_TBS_WSW5.Trim()))
{
structReport.StructItems.Add(new StructItem
{
ItemName = "MET/CEP7比值",
Result = tbs.F_TBS_WSW5.Replace("MET/CEP7比值=", "").Trim(),
});
}
}
public void FillStructReport(T_TBS_BG tbs, StructReport structReport)
{
StructHelper.FillCommonResult(tbs, structReport);
}
public void FillStructReport(T_TBS_BG tbs, StructReport structReport)
{
StructHelper.FillCommonResult(tbs, structReport);
structReport.NDA260 = T_TBS_BG.SubStringBetween(tbs.F_DNAZK, @"260/280=", @"正常标本浓度").Trim();
}
public void FillStructReport(T_TBS_BG tbs, StructReport structReport)
{
StructHelper.FillCommonResult(tbs, structReport);
structReport.Explain = @"采用BIOMED-2标准化基因重排克隆性分析系统，通过多重PCR技术检测免疫球蛋白(Ig)及T细胞抗原受体（TCR）克隆
性基因重排。用于淋巴组织增殖性疾病的辅助诊断。最终诊断结果需结合形态学、免疫表型及临床。";
}