The modificative for coke can decrease CRI(Coke Reaction Index),improve CSR(Coke Strength after Reaction).

焦炭改剂可以改善焦炭的热能,即降低焦炭的,提高后强度。

Ovariectomy did not influence the response to CGRP and nore pinephrine in caudal artery.

结论 内源雌激素可以通过多种途径调节血管，发挥其心血管护作用。

At high magnification, the germinal center in this reactive lymph node follicle has prominent macrophages with irregular cellular debris (so-called "tingible body macrophages").

高倍镜淋巴结滤泡的生发中心有明显的含不规则细胞碎片的巨噬细胞（称为“易染体巨噬细胞”）。

Therapeutic mAbs has developed from reshaping antibody and humanized antibody to fully human antibody in order to lower supersensitivity resulting from mouse antibody.

为了降低鼠源抗体引起的超敏,治疗单克隆抗体已由改型抗体,人源化抗体发展到全人抗体。

The modificative for coke can decrease CRI(Coke Reaction Index),improve CSR(Coke Strength after Reaction).

焦改性剂可以改善焦性能,即焦反应性,提高反应后强度。

Ovariectomy did not influence the response to CGRP and nore pinephrine in caudal artery.

结论 内源性雌激素可以通过多种途径调节血管反应性，发挥其心血管护作用。

At high magnification, the germinal center in this reactive lymph node follicle has prominent macrophages with irregular cellular debris (so-called "tingible body macrophages").

高倍镜下反应性淋巴结滤泡生发中心有明显含不规则细胞碎片巨噬细胞（称为“易染体巨噬细胞”）。

Therapeutic mAbs has developed from reshaping antibody and humanized antibody to fully human antibody in order to lower supersensitivity resulting from mouse antibody.

为鼠源抗体引起超敏反应,治疗性单克隆抗体已由改型抗体,人源化抗体发展到全人抗体。

The modificative for coke can decrease CRI(Coke Reaction Index),improve CSR(Coke Strength after Reaction).

改性剂可以改善的热性能,即降低的性,提高后强度。

Ovariectomy did not influence the response to CGRP and nore pinephrine in caudal artery.

结论 内源性雌激素可以通过多种途径调节血管性，发挥其心血管护作用。

At high magnification, the germinal center in this reactive lymph node follicle has prominent macrophages with irregular cellular debris (so-called "tingible body macrophages").

高倍镜下性淋巴结滤泡的生发中心有明显的含不规则细胞碎片的巨噬细胞（称为“易染体巨噬细胞”）。

Therapeutic mAbs has developed from reshaping antibody and humanized antibody to fully human antibody in order to lower supersensitivity resulting from mouse antibody.

为了降低鼠源抗体引起的超,治疗性单克隆抗体已由改型抗体,人源化抗体发展到全人抗体。

The modificative for coke can decrease CRI(Coke Reaction Index),improve CSR(Coke Strength after Reaction).

焦炭改性剂可以改善焦炭的热性能,即降低焦炭的应性,应后强度。

Ovariectomy did not influence the response to CGRP and nore pinephrine in caudal artery.

结论 内源性雌激素可以通过多种途径调节血管应性，发挥其心血管护作用。

At high magnification, the germinal center in this reactive lymph node follicle has prominent macrophages with irregular cellular debris (so-called "tingible body macrophages").

倍镜下应性淋巴结滤泡的生发中心有明显的含不规则胞碎片的胞（称为“易染体胞”）。

Therapeutic mAbs has developed from reshaping antibody and humanized antibody to fully human antibody in order to lower supersensitivity resulting from mouse antibody.

为了降低鼠源抗体引起的超敏应,治疗性单克隆抗体已由改型抗体,人源化抗体发展到全人抗体。

The modificative for coke can decrease CRI(Coke Reaction Index),improve CSR(Coke Strength after Reaction).

焦炭改性剂可以改善焦炭的热性能,即降低焦炭的反应性,提高反应后强度。

Ovariectomy did not influence the response to CGRP and nore pinephrine in caudal artery.

论 内源性雌激素可以通过多种节血管反应性，发挥其心血管护作用。

At high magnification, the germinal center in this reactive lymph node follicle has prominent macrophages with irregular cellular debris (so-called "tingible body macrophages").

高倍镜下反应性淋巴的生发中心有明显的含不规则细胞碎片的巨噬细胞（称为“易染体巨噬细胞”）。

Therapeutic mAbs has developed from reshaping antibody and humanized antibody to fully human antibody in order to lower supersensitivity resulting from mouse antibody.

为了降低鼠源抗体引起的超敏反应,治疗性单克隆抗体已由改型抗体,人源化抗体发展到全人抗体。

The modificative for coke can decrease CRI(Coke Reaction Index),improve CSR(Coke Strength after Reaction).

焦炭改性剂可以改善焦炭的热性能,即降低焦炭的反应性,提高反应后强度。

Ovariectomy did not influence the response to CGRP and nore pinephrine in caudal artery.

结论 内源性雌激素可以通过多种途径调节血管反应性，发挥其心血管护作用。

At high magnification, the germinal center in this reactive lymph node follicle has prominent macrophages with irregular cellular debris (so-called "tingible body macrophages").

高倍镜下反应性淋巴结滤泡的生发中心有明显的含不规则细胞碎片的巨噬细胞（称为“易染巨噬细胞”）。

Therapeutic mAbs has developed from reshaping antibody and humanized antibody to fully human antibody in order to lower supersensitivity resulting from mouse antibody.

为了降低鼠源引起的超敏反应,治疗性单克已由改型,人源化发展到全人。

The modificative for coke can decrease CRI(Coke Reaction Index),improve CSR(Coke Strength after Reaction).

改性剂可以改的热性能,即降的反应性,提高反应后强度。

Ovariectomy did not influence the response to CGRP and nore pinephrine in caudal artery.

结论 内性雌激素可以通过多种途径调节血管反应性，发挥其心血管护作用。

At high magnification, the germinal center in this reactive lymph node follicle has prominent macrophages with irregular cellular debris (so-called "tingible body macrophages").

高倍镜下反应性淋巴结滤泡的生发中心有明显的含不规则细胞碎片的巨噬细胞（称为“易染体巨噬细胞”）。

Therapeutic mAbs has developed from reshaping antibody and humanized antibody to fully human antibody in order to lower supersensitivity resulting from mouse antibody.

为了降抗体引起的超敏反应,治疗性单克隆抗体已由改型抗体,人化抗体发展到全人抗体。

The modificative for coke can decrease CRI(Coke Reaction Index),improve CSR(Coke Strength after Reaction).

焦炭改剂可以改善焦炭的热能,即降低焦炭的反应,提高反应后强度。

Ovariectomy did not influence the response to CGRP and nore pinephrine in caudal artery.

结论 内源雌激素可以通过多种途径调节血管反应，发挥其心血管护作用。

At high magnification, the germinal center in this reactive lymph node follicle has prominent macrophages with irregular cellular debris (so-called "tingible body macrophages").

高倍镜下反应淋巴结滤泡的生发中心有明显的含不规则细胞碎片的巨噬细胞（称为“易染体巨噬细胞”）。

Therapeutic mAbs has developed from reshaping antibody and humanized antibody to fully human antibody in order to lower supersensitivity resulting from mouse antibody.

为了降低鼠源抗体引起的超敏反应,治克隆抗体已由改型抗体,人源化抗体发展到全人抗体。

The modificative for coke can decrease CRI(Coke Reaction Index),improve CSR(Coke Strength after Reaction).

焦炭改剂可以改善焦炭的热能,即降低焦炭的反应,反应后强度。

Ovariectomy did not influence the response to CGRP and nore pinephrine in caudal artery.

结论 内源雌激素可以通过多种途径调节血管反应，发挥其心血管护作用。

At high magnification, the germinal center in this reactive lymph node follicle has prominent macrophages with irregular cellular debris (so-called "tingible body macrophages").

倍镜下反应淋巴结滤泡的生发中心有明显的含不规则碎片的巨（称为“易染体巨”）。

Therapeutic mAbs has developed from reshaping antibody and humanized antibody to fully human antibody in order to lower supersensitivity resulting from mouse antibody.

为了降低鼠源抗体引起的超敏反应,治疗单克隆抗体已由改型抗体,人源化抗体发展到全人抗体。