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1 n-lymphoid tissues (e.g., heart muscle, gut, testicles).
2 on clinical sign - hardening of the necrotic testicle.
3 ble for a palpable fullness within the right testicle.
4 n "immune privileged" environment within the testicle.
5 l nerve, cartilage, liver, kidney, skin, and testicle.
6 ive were hypovascular relative to the normal testicle.
7 an absence of germ cells in the undescended testicle.
8 atures and assessment of a patient with four testicles.
9 were infertile and/or had larger than normal testicles.
10 nt lower lip, large ears, obesity, and large testicles.
11 led in the study - 11 patients with a single testicle affected and 2 patients with bilateral testicul
12 ommon solid malignancy to metastasize to the testicles, although testicular metastases remain rare an
13 , who palpated a suspicious mass on the left testicle; an ultrasound confirmed a 2-cm solid mass.
14 normal size or echostructure of the affected testicle and absence of the blood flow in Doppler ultras
16 mary role of Doppler ultrasound of the acute testicle and scrotum is for the diagnosis of spermatic c
19 MKK4 gene in human pancreatic, lung, breast, testicle, and colorectal cancer cell lines suggests an a
22 .5) SO(4)(2-) exposure reduced the weight of testicle by 5.24% (p = 0.025); further, mice in the PM(2
23 lar rupture may lead to the salvaging of the testicle by prompt surgical exploration within 72 h.
24 values between the affected and non-affected testicles can be a useful tool in the early diagnosis of
27 tellectual disability, seizures, undescended testicles in males, and teeth and hair abnormalities.
29 ions of interest for spleen, liver, kidneys, testicles (in men), and 2 marrow sites (acetabulum and s
30 diagnosis, GCT is stage I (localized to the testicle) in 70% to 75% of patients, stage II (metastati
32 teration of the transcriptome in undescended testicles is not caused by germinal DNA variants in DEG
33 r pole artery transection (n=1), and swollen testicle (n=1) in the HALDN group, and a small parenchym
34 of young reproductive age or with a solitary testicle, need to be carefully advised of potential obst
36 rmination may be a reason for the placing of testicles outside the body cavity in most male mammals.
37 stigated the effects of periodontitis on the testicles, reproductive performance, and offspring devel
38 e genital protrusion co-varied with relative testicle size, an indicator of sperm competition and sex
39 n acute scrotum concerns endoscrotal organs (testicles, spermatic cord, tunica vaginalis) and is char
41 erior displacement of the didymus; the right testicle was located in the internal inguinal canal.
42 which time brain, kidney, liver, spleen, and testicles were harvested; blood and organs were also har
45 e torsion group, minimum ADC values for left testicles were significantly lower than for the control
47 ghest levels in the brain, heart, thymus and testicles, whereas low levels were observed in the kidne
48 ific promoters, especially between brain and testicle, which expressed several genes in common from a
49 abnormal size or echostructure of the torsed testicle with absence of the blood flow in Doppler ultra
50 re relapses occurred in bone marrow (BM) and testicles with ITT than IT MTX, particularly among patie
51 ,619) was found by comparing the undescended testicles with the descended testicles of the control do