Trodelvy® (sacituzumab govitecan-hziy)
Pharmacokinetics

Gilead Sciences, Inc. is providing this document to you, a US Healthcare Professional, in response to your unsolicited request for medical information.

Gilead Sciences, Inc. is providing this document to you, a US Healthcare Professional, in response to your unsolicited request for medical information.

Trodelvy® (sacituzumab govitecan-hziy)

Pharmacokinetics

This document is in response to your request for information regarding the pharmacokinetics (PK) of Trodelvy® (sacituzumab govitecan-hziy [SG]).

Some data may be outside of the US FDA-approved prescribing information. In providing this data, Gilead Sciences, Inc. is not making any representation as to its clinical relevance or to the use of any Gilead product(s). For information about the approved conditions of use of any Gilead drug product, please consult the FDA-approved prescribing information.

The full indication, important safety information, and boxed warnings for neutropenia and diarrhea are available at:

www.gilead.com/-/media/files/pdfs/medicines/oncology/trodelvy/trodelvy_pi.

Summary

Relevant Product Labeling1

Based on popPK analysis, steady state volume of distribution of SG is 3.6 L, and the estimated mean (%CV) clearance of SG is 0.13 L/h (12%). The median elimination t½ of SG and free SN‑38 in patients with mTNBC was 23.4 and 17.6 hours, respectively. SN-38 is metabolized via UGT1A1.

SG PK Data

In the IMMU-132-01 study among patients who received SG 8 mg/kg or 10 mg/kg, ~90% of SN‑38 (the active metabolite of irinotecan) was released from the ADC over 3 days.2

Analyses of the IMMU-132-01, TROPHY-U-01, and ASCENT studies showed no accumulation of SG or free SN‑38 after multiple treatment cycles, and exposures of SG and free SN-38 were comparable across the studies.3 There was no effect on the PK of SG or free SN‑38 when SG was administered concomitantly with UGT1A1 inhibitors or inducers; UGT1A1 GT was not identified as a significant covariate for AUC or Cmax.4

Analyses of the IMMU-132-01, ASCENT and TROPiCS-02 studies demonstrated no clinically relevant changes in SG exposure in the first treatment cycle, with covariates that included mild to moderate renal impairment, mild hepatic impairment, age, sex, albumin level, race, ECOG PS, tumor type, UGT1A1 GT and Trop-2 expression.5 Increased CAVGSG ohwas associated with an increased probability of developing any-grade diarrhea, neutropenia, nausea, vomiting, and hypersensitivity.6

Exposure-response analyses of patients with mBC in IMMU-132-01, ASCENT and TROPiCS-02 demonstrated that higher CAVGtAB values were associated with longer PFS and OS; higher CAVGSG values were associated with an increased probability of CBR6, CR, and ORR.6,7 In patients with mTNBC (N=277), the probability of any-grade vomiting, diarrhea, nausea and neutropenia significantly increased with increasing CAVGSG; neutropenia was the only evaluated AE for which CAVGSG was significantly associated with a Grade ≥3 event.7 In patients with mBC (N=569), the probability of any-grade diarrhea, neutropenia, nausea, vomiting, and hypersensitivity was significantly increased with increasing CAVGSG. Increased CAVGSG was also significantly associated with increased probability of Grade ≥3 neutropenia and febrile neutropenia.6

Relevant Product Labelling1

PK

The serum PK of SG and SN-38 were evaluated in patients with mBC who received SG as a single agent at a dose of 10 mg/kg. The PK parameters of SG and free SN-38 are presented in Table 1.

Table 1. Summary of Mean PK Parameters of SG and Free SN-381a

PK Parameter

SG

(N=693)

Free SN-38

(N=681)

Cmax, mean (CV%), ng/mL

239,000 (11)

98 (45)

AUC0-168h, mean (CV%), ng·h/mL

5,640,000 (22)

3696 (56)

aParameters estimated based on popPK analyses.

Distribution

Based on popPK analysis, steady state volume of distribution of SG is 3.6 L.

Elimination

The median elimination t½ of SG and free SN-38 in patients with mTNBC was 23.4 and 17.6 hours, respectively. Based on popPK analysis, the estimated mean (%CV) clearance of SG is 0.13 L/h (12%).

Metabolism

No metabolism studies with SG have been conducted. SN-38 is metabolized via UGT1A1. The glucuronide metabolite of SN-38 was detectable in the serum of patients.

Specific populations

PK analyses in patients treated with SG did not identify an effect of age (27–88 years), race (White, Black, or Asian), or mild renal impairment to moderate renal impairment (CrCl 30–‍89 mL/min) on the PK of SG. Renal elimination is known to contribute minimally to the excretion of SN-38, the small molecule moiety of SG. There are no data on the PK of SG in patients with severe renal impairment (CrCl 15–29 mL/min) or end-stage renal disease (CrCl <15 mL/min).

Patients with hepatic impairment

The exposure of SG is similar in patients with mild hepatic impairment (total bilirubin ≤ULN with AST >ULN, or bilirubin >1 to <1.5 × ULN with any AST; n=257) to patients with normal hepatic function (total bilirubin or AST <ULN; n=526).

SG and free SN-38 exposures are unknown in patients with moderate (total bilirubin >1.5 to 3 × ULN) or severe (total bilirubin >3 × ULN) hepatic impairment.

Drug interaction studies

No drug-drug interaction studies were conducted with SG or its components. Inhibitors or inducers of UGT1A1 may increase or decrease SN-38 exposure, respectively.

SG PK Data

PK Profile of SG After Multiple Cycles of SG 8 or 10 mg/kg2

In IMMU-132-01, the PK profile was analyzed with SG 8 mg/kg (n=81) and 10 mg/kg (n=97) in patients with metastatic epithelial cancers (including HR+/HER2- mBC, mTNBC, and mUC). Median total SN-38 levels in the serum of the 10 mg/kg group were 4234 ng/mL at 30 min and 1334 ng/mL at Day 1. Free serum SN‑38 levels were 95.3 ng/mL at 30 min and 56.9 ng/mL at Day 1. The AUC for free SN‑38 comprised ~2.5% of the total SN-38, which indicated that most of the serum SN-38 was bound to IgG. Approximately 90% of SN-38 was gradually released from the ADC over 3 days. The t1/2 of SG was ~11 to 14 h, which reflected the release of SN-38 from the conjugate. The monoclonal antibody was cleared more slowly (t1/2: ~103 to 114 h).

PK Profile of SG Using Concentration-Time Data

Concentration-time profiles of SG, free SN‑38, tAB, total SN‑38, and the glucuronide metabolite of free SN‑38, were evaluated in IMMU-132-01 (N=275), TROPHY-U-01 (N=131), and ASCENT (N=252) in patients with various metastatic epithelial cancers, mUC and mTNBC, respectively; SG 10 mg/kg was administered on Days 1 and 8 of a 21‑day treatment cycle. After multiple treatment cycles, no accumulation of SG or free SN‑38 was seen and the exposures of SG and free SN-38 were comparable (Table 2). Mean clearance of SG was 0.14 to 0.16 L/h; steady-state volume of distribution was 2.45 to 2.82 L.3

Table 2. PK Parameters After the First Dose of SG 10 mg/kg3,8

Study (n)

PK Parameter

Cmax, mean (%CV), ng/mL

Tmax, median (range), h

AUC0–168 h, mean (%CV), ng·h/mL

t½, median (range), h

Vss,a L

CL,a L/h

IMMU-132-01

SG (120)

227,000 (24)

3.03 (1.1–23.3)

5,190,000 (24)

14.7 (12.1–27.5)

2820

149

Free SN‑38 (95)

120 (82)

3.58 (1.5–6.7)

3620 (72)

16.9 (11.5–30.3)

6900

270,000

tAB (5)

252,000 (27)

3.42 (2.5–24.9)

21,200,000 (21.4)

63.1 (57.4–83.4)

2.41

26.7

TROPHY-U-01

SG (9)

224,000 (23)

3.52 (1.6–4.6)

5,270,000 (31)

14 (12–15.4)

–

–

Free SN-38 (8)

67.3 (44)

4.6 (3–7.2)

1970 (37)

16.2 (13.6–23.4)

–

–

tAB (9)

228,000 (23.8)

4.67 (3–21.3)

21,000,000 (32.2)

122 (56.1–279)

–

–

ASCENT

SG (28)

240,000 (22)

3.09 (1.2–5.4)

5,340,000 (24)

14.7 (8.83–24.7)

–

–

Free SN‑38 (27)

90.6 (65)

3.25 (1.2–6.3)

2730 (41)

17.6 (11.1–44)

–

–

tAB (7)

281,000(39.1)

3.07 (2.6–6.1)

18,100,000 (20.5)

60.1 (9.05–97.6)

–

–

Abbreviations: CL=total body clearance; CV=coefficient of variation; Tmax=time to maximum concentration; Vss=apparent volume of distribution at steady state following IV administration.

aMeasure (eg, mean, median) was not specified in the source.

Effect of UGT1A1 Polymorphisms on the PK of SG4

Among patients (N=558) with available UGT1A1 GT and exposure data in IMMU-132-01, TROPHY‑U-01, and ASCENT, 42% were homozygous for the wild type allele (*1/*1), 32% were heterozygous (*1/*28), and 14% were homozygous (*28/*28). No effects on the PK parameters of SG or free SN‑38 were detected when SG was administered concomitantly with UGT1A1 inhibitors or inducers.

In the popPK model, UGT1A1 GT was not a significant covariate for AUC or Cmax at the first treatment cycle for SG or free SN‑38 (Table 3); the median values of AUC0‑168 h for SG and free SN‑38 were also similar across different UGT1A1 GTs.

Table 3. Estimated Exposure Across UGT1A1 GTs in the PopPK Model (Cycle 1)4

GT

SG, Cycle 1

Free SN-38, Cycle 1

AUC, mean (SD), µg·h/mL

Cmax, mean (SD), µg/mL

AUC, mean (SD), µg·h/mL

Cmax,mean (SD), µg/mL

*1/*1

9790 (2110)

230 (41.7)

5.39 (2.78)

0.0874 (0.0348)

*1/*28

9480 (2300)

223 (41.2)

5.25 (2.54)

0.0891 (0.0291)

*28/*28

9370 (2250)

235 (42.9)

4.82 (2.63)

0.088 (0.0388)

Other

9640 (2290)

223 (39.3)

4.43 (2.35)

0.0747 (0.0275)

Effect of Covariates on the PopPK of SG5

In IMMU-132-01, ASCENT, and TROPiCS-02, no clinically relevant impact on SG exposure in the first treatment cycle was observed in 789 patients with mBC or other epithelial cancers and mild to moderate renal impairment, mild hepatic impairment, tumor type, UGT1A1 GT, use of UGT1A1 inducers or inhibitors, or Trop 2 expression (Tables 4 and 5).

Table 4. Categorical Covariate Relationships to SG Exposure Relative to Referencea5

Covariate (Reference [n])

Covariate (n)

Predicted SG Exposure (90% CI)

AUC

Cmax

Sex (female [670])

Male (117)

1.03 (0.998–1.05)

1.08 (1.07–1.1)

Race (White [618])

Black or African American (45)

1.03 (0.987–1.07)

1.03 (0.997–1.06)

Asian (22)

0.974 (0.911–1.04)

0.937 (0.893–0.981)

Other (34)

0.983 (0.932–1.03)

1 (0.965–1.04)

Prior treatment
(PLT-based [335])

PLT-based and CPI (89)

0.973 (0.942–1)

0.987 (0.965–1.01)

CPI (41)

0.986 (0.94–1.03)

0.972 (0.94–1)

Other (322)

0.998 (0.982–1.01)

0.976 (0.965–0.988)

Number of prior lines of therapy,(≥5 [417])

4 (120)

1.02 (0.991–1.04)

1.03 (1.02–1.05)

3 (121)

1 (0.978–1.03)

1.01 (0.995–1.03)

2 (85)

1 (0.968–1.03)

1.03 (1–1.05)

1 (44)

1.01 (0.969–1.06)

1.04 (1.01–1.07)

ECOG PS (0 [299])

1 (482)

0.97 (0.957–0.983)

0.997 (0.988–1.01)

Tumor type
(HR+/HER2- mBC [292])

mUC (36)

1.01 (0.961–1.06)

1.09 (1.06–1.13)

mTNBC (275)

0.991 (0.973–1.01)

1.01 (1–1.03)

Other (184)

1 (0.979–1.02)

1.04 (1.02–1.05)

UGT1A1 GT (*1/*1 [302])

*1/*28 (308)

0.98 (0.963–0.996)

0.991 (0.980–1)

*28/*28 (89)

0.976 (0.945–1.01)

0.998 (0.976–1.02)

Missing (78)

0.973 (0.941–1.01)

0.997 (0.973–1.02)

Other (10)

0.97 (0.878–1.06)

1.04 (0.971–1.1)

UGT1A1 inducer use (no [782])

Yes (5)

1.05 (0.918–1.18)

1.02 (0.932–1.12)

UGT1A1 inhibitor use (no [771])

Yes (16)

1.01 (0.939–1.09)

1.03 (0.977–1.08)

Hepatic function (normal function, total bilirubin and AST ≤ULN [525])

Mild impairment, bilirubin >ULN–1.5× ULN or AST >ULN (257)

0.976 (0.958–0.994)

0.983 (0.97–0.996)

Renal function (normal function, ≥90 mL/min [404])

Mild impairment,
60 to <90 mL/min (301)

0.916 (0.901–0.931)

0.925 (0.915–0.936)

Moderate impairment,
30 to <60 mL/min (78)

0.87 (0.84–0.9)

0.894 (0.874–0.915)

Abbreviations: CPI=checkpoint inhibitor; PLT=platinum.

  1. Categorical covariate relationships to SG exposure in the first cycle relative to reference in IMMU-132-01, ASCENT, and TROPiCS-02.

Table 5. Continuous Covariate Relationships to SG Exposure Relative to Referencea5

Covariate (Reference)

Percentile

Predicted SG Exposure (90% CI)

AUC

Cmax

Body weight at baseline (68.7 kg)

95th (105 kg)

1.24 (1.22–1.26)

1.22 (1.22–1.22)

5th (49 kg)

0.87 (0.859–0.882)

0.88 (0.878–0.883)

Age (58 years)

95th (76 years)

0.979 (0.96–0.999)

0.99 (0.976–1)

5th (38 years)

1.02 (1–1.04)

1.01 (0.997–1.03)

Albumin level (39 g/L)

95th (45 g/L)

1.06 (1.04–1.08)

1 (0.988–1.01)

5th (30 g/L)

0.912 (0.892–0.932)

0.998 (0.983–1.01)

AST level (27.5 IU/L)

95th (124 IU/L)

0.951 (0.925–0.977)

0.984 (0.965–1)

5th (14 IU/L)

1.01 (0.994–1.02)

1 (0.993–1.01)

ALT level (21.6 IU/L)

95th (88.3 IU/L)

0.985 (0.963–1.01)

0.996 (0.981–1.01)

5th (8.84 IU/L)

1 (0.99–1.02)

1 (0.991–1.01)

Alkaline phosphatase level (99 IU/L)

95th (339 IU/L)

0.959 (0.939–0.979)

0.986 (0.971–1)

5th (51.4 IU/L)

1.01 (0.995–1.02)

1 (0.994–1.01)

Bilirubin level (0.4 mg/dL)

95th (1 mg/dL)

0.986 (0.965–1.01)

1 (0.984–1.02)

5th (0.2 mg/dL)

1 (0.989–1.02)

1 (0.989–1.01)

CrCl (91 mL/min)

95th (167 mL/min)

1.13 (1.11–1.15)

1.12 (1.1–1.13)

5th (51.7 mL/min)

0.935 (0.919–0.95)

0.939 (0.929–0.95)

Baseline Trop-2 level (H score: 170)b

95th (290)

0.997 (0.972–1.02)

1 (0.986–1.02)

5th (7.1)

1 (0.975–1.03)

0.994 (0.974–1.01)

Abbreviation: H score=histochemical score.

  1. Continuous covariate relationships to SG exposure in the first cycle relative to reference in IMMU-132-01, ASCENT, and TROPiCS-02.
  2. Patients in ASCENT and TROPiCS-02 only.

Exposure-Response Analyses in mBC

Exposure analysis of efficacy endpoints

The relationship between exposure and efficacy of SG, free SN-38, and tAB has been assessed in patients with mTNBC (N=277 [ASCENT, n=253 and IMMU-132-01, n=24]) who received SG 8 or 10mg/kg7, and in patients with HR+/HER2- mBC (N=260 [TROPiCS-02]) who received SG 10 mg/kg6; SG was administered IV on days 1 and 8 of a 21-day cycle.

CAVGtAB was the most statistically significant (P<0.001 [p-value not reported in the HR+/HER2- mBC analysis]) exposure metric correlated with OS and PFS. Within the exposure range, higher CAVGtAB values were associated with longer mPFS and OS in patients with mTNBC and HR+/HER2- mBC (Table 6).6


Table 6. Median Survival Times by Quartiles of Exposure for PFS and OS6,7

Endpoint

Quartile

HR+/HER2- mBC (N=260)

mTNBC (N=277a)

CAVGtAB, median (range), µg/mL

Duration, median (95% CI), mo

CAVGtAB, median (range), µg/mL

Duration, median (95% CI), mo

PFS

1

95 (55–116)

3.25 (2.79–4.27)

95.1 (50.9–112)

2.79 (1.87–3.35)

2

135 (117–150)

2.86 (2.56–5.45)

130 (112–142)

4.01 (2.76–5.68)

3

170 (150–190)

5.58 (4.17–10.3)

158 (143–174)

5.55 (4.24–6.73)

4

232 (190–568)

9 (8.51–12.5)

205 (175–450)

7.91 (6.9–10.4)

OS

1

88 (48–110)

9.06 (6.67–11.6)

88.7 (50.6–107)

6.57 (5.12–9.03)

2

127 (110–143)

12 (9.82–14.4)

125 (109–139)

10.8 (9–14.5)

3

169 (145–187)

16.9 (13.9–22.7)

153 (140–173)

13.3 (10.9–15.9)

4

226 (187–568)

26.8 (21.9–NA)

204 (174–451)

19.7 (17.6–NA)

Abbreviation: NA=not available.

  1. Data from 275 patients were used for PFS analysis. Of the 277 patients, 24 were from IMMU-132-01 (starting dose 8mg/kg for 16 patients, 10mg/kg for five patients, and 12mg/kg for three patients) and 253 were from ASCENT (starting dose 8mg/kg for four patients and 10mg/kg for 249 patients).

Exposure response analyses for CR and ORR showed that CAVGSG was the most statistically significant metric (P<0.001 [p-value not reported in the HR+/HER2- mBC analysis]) correlated with these endpoints; higher values of CAVGSG were associated with an increased probability of CBR6, CR and ORR.6,7 See Table 7 for model-predicted probabilities of patients with CR, ORR, and CBR with SG 10 mg/kg.

Table 7. Model-Predicted Probabilities for Efficacy Endpoints
(SG Starting Dose 10 mg/kg)6,7

 

Probability (95% CI)

CR

ORR

CBR

mTNBC (n=258)

0.0426 (0.0194–0.0659)

0.326 (0.275–0.372)

NR

HR+/HER2- mBC (N=260)

0.008 (0–0.016)

0.204 (0.162–0.250)

0.331 (0.285–0.381)

Abbreviation: NR=not reported.

Exposure analysis of adverse events

For patients with mTNBC or HR+/HER2- mBC, there was a statistically significant relationship with increasing CAVGSG and certain AEs (P=0.001 for the mTNBC analysis, no significance value was specified for the mTNBC and HR+/HER2- mBC analysis [Table 8]).6,7

Table 8. Model-predicted OR for AEs Associated With an Increase in SG Exposure6,7

Any-grade AE

OR (95% CI) for a 1 µg/mL increase in CAVGSG

mTNBC (N=277)a

mTNBC and
HR+/HER2- mBC (N=569)b

Vomiting

1.29 (1.18–1.39)

1.29 (1.22–1.37)

Diarrhea

1.45 (1.3–1.63)

1.4 (1.32–1.5)

Nausea

1.55 (1.36–1.8)

1.37 (1.28–1.46)

Neutropenia

1.37 (1.26–1.5)

1.39 (1.33-1.45)

Hypersensitivity

NR

1.28 (1.21–1.35)

a. Patients in IMMU-132-01 and ASCENT.

b. Patients in IMMU-132-01, ASCENT and TROPiCS-02.

In patients with mTNBC, neutropenia was the only evaluated AE for which CAVGSG was significantly associated with a Grade ≥3 event (OR 1.09 [95% CI 1.05–1.14], P-value not provided). There was no significant association between CAVGSG and the probability of Grade 4 AEs for the four AEs listed in Table 7. An increase in CAVGSG was associated with a statistically significant (P<0.001) increase in the risk of first dose reduction and first dose delay.7

In patients with HR+/HER2- mBC or mTNBC (N=569), a 10% increase in CAVGSG was predicted to increase the risk of experiencing Grade ≥3 neutropenia (OR 1.35 [95% CI 1.3–1.41]) and Grade ≥3 febrile neutropenia (OR 2.21 [95% CI 1.86–2.64]).6

References

1. TRODELVY® Gilead Sciences Inc. Trodelvy (sacituzumab govitecan-hziy) for injection, for intravenous use. U.S. Prescribing Information. Foster City, CA.

2. Ocean AJ, Starodub AN, Bardia A, et al. Sacituzumab govitecan (IMMU-132), an anti-Trop-2-SN-38 antibody-drug conjugate for the treatment of diverse epithelial cancers: Safety and pharmacokinetics. Cancer. 2017;123(19):3843-3854.

3. Singh I, Sathe AG, Singh P, et al. Pharmacokinetics of sacituzumab govitecan, a Trop‑2‑directed antibody‑topoisomerase I inhibitor SN‑38 drug conjugate, in patients with advanced solid tumors [Poster Abstract P-161]. Presented at: American Society for Clinical Pharmacology and Therapeutics (ASCPT) Annual Meeting; 16-18 March, 2022; Virtual.

4. Sathe AG, Singh P, Singh I, et al. Impact of UGT1A1 polymorphisms on the pharmacokinetics of sacituzumab govitecan [Poster Abstract P-151]. Presented at: American Society for Clinical Pharmacology and Therapeutics (ASCPT) Annual Meeting; 16-18 March, 2022; Virtual.

5. Sathe AG, Singh I, Jones A, et al. Population pharmacokinetics of sacituzumab govitecan in patients with locally advanced or metastatic breast cancer or other solid tumors [Poster PII-082]. Presented at: American Society for Clinical Pharmacology & Therapeutics (ASCPT) Annual Meeting; March 22-24, 2023; Atlanta, GA.

6. Singh I, Sathe GK, Diderichsen PM, et al. Exposure-response analyses of sacituzumab govitecan efficacy and safety in patients with metastatic breast cancer [Poster PO1-04-06]. San Antonio Breast Cancer Symposium (SABCS); December 5-9, 2023; San Antonio, TX, USA.

7. Sathe AG, Diderichsen PM, Fauchet F, Phan SC, Girish S, AA O. Exposure-response analyses of sacituzumab govitecan efficacy and safety in patients with metastatic triple-negative breast cancer. Clin Pharmacol Ther. 2024 Nov 14;doi: 10.1002/cpt.3495. Epub ahead of print.

8. Bardia A, Messersmith WA, Kio EA, et al. Sacituzumab govitecan, a Trop-2-directed antibody-drug conjugate, for patients with epithelial cancer: final safety and efficacy results from the phase I/II IMMU-132-01 basket trial [Supplementary Appendix]. Ann Oncol. 2021;32(6):746-756.

 

Abbreviations

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ADC=antibody drug conjugate
AE=adverse event
AUC=area under the concentration‑time curve
AUC0–168 h=area under serum concentration curve from 0 to 168 hours
CAVGSG=average SG concentration
CAVGtAB=total antibody average concentration
CBR=clinical benefit rate
Cmax=maximum concentration
CR=complete response
ECOG PS=Eastern Cooperative Oncology Group Performance Status
GT=genotype
HER2=human epidermal growth factor receptor 2
HR=hormone receptor
mBC=metastatic breast cancer
mTNBC=metastatic triple-negative breast cancer
mUC=metastatic urothelial cancer
OR=odds ratio
ORR=objective response rate
OS=overall survival
PFS=progression-free survival
PK=pharmacokinetics
PopPK=population pharmacokinetics
SG=sacituzumab govitecan-hziy
t1/2=half-life
tAB=total antibody
Trop-2=trophoblast cell surface antigen-2
UGT1A1=uridine diphosphate glucuronosyl transferase family 1 member A1


ULN=upper limit of normal

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Product Label

For the full indication, important safety information, and boxed warning(s), please refer to the Trodelvy US Prescribing Information available at:
www.gilead.com/-/media/files/pdfs/medicines/oncology/trodelvy/trodelvy_pi.

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For any additional questions, please contact Trodelvy Medical Information at:

☎1‐888-983-4668 or   www.askgileadmedical.com

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Please report all adverse events to:

Gilead Global Patient Safety ☎ 1-800-445-3235, option 3 or
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Data Privacy

The Medical Information service at Gilead Sciences may collect, store, and use your personal information to provide a response to your medical request. We may share your information with other Gilead Sciences colleagues to ensure that your request is addressed appropriately. If you report an adverse event or concern about the quality of a Gilead or Kite product, we will need to use the information you have given us in order to meet our regulatory requirements in relation to the safety of our medicines.

It may be necessary for us to share your information with Gilead’s affiliates, business partners, service providers, and regulatory authorities located in countries other than your own. Gilead Sciences has implemented measures to protect the personal information you provide. Please see the Gilead Privacy Statement (www.gilead.com/privacy-statements) for more information about how Gilead handles your personal information and your rights. If you have any further questions about the use of your personal information, please contact privacy@gilead.com.

 

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