Roivant Sciences Ltd. · NASDAQ:ROIV
Roivant Sciences — Investor Day (March 2022)
86 slides from Roivant Sciences's investor day presentation, Mar 30, 2022
Slide 1: Immunovant R&D Day
Immunovant R&D Day Enabling normal lives for people with autoimmune disease March 30, 2022 Exhibit 99.1
Slide 2: Forward-looking statements
Forward-looking statements This presentation contains forward-looking statements for the purposes of the safe harbor provisions under The Private Securities Litigation Reform Act of 1995 and other federal securities laws. The use of words such as “may,” “might,” “will,” “would,” “should,” “expect,”
Slide 3: Q&A housekeeping
Q&A housekeeping You may submit questions through the Q&A function at the bottom of the webcast player. Please see the image here for reference. For Investor Audiences Only
Slide 4: Today's agenda
Today’s agenda Immunovant and batoclimab vision and strategy | Pete Salzmann, MD, CEO Immunovant Thyroid Eye Disease an exciting opportunity | Bill Macias, MD, CMO Immunovant Andrea Kossler1, MD, FACS, Stanford University School of Medicine George Kahaly2, MD, PhD, Johannes Gutenberg University Medi
Slide 5: Broad development plan enabled by mechanism of action, features and balance sheet
Broad development plan enabled by an exciting mechanism of action, batoclimab’s features and a strong balance sheet 01 02 03 Immunovant remains on track to start three pivotal studies in calendar year 20223, and to announce two new indications by August 2022 As of December 31, 2021, per most recent
Slide 6: Vision and Strategy
Pete Salzmann, MD Chief Executive Officer Vision and Strategy
Slide 7: Our vision: Normal lives for people with autoimmune disease
Our vision: Normal lives for people with autoimmune disease Driven by our core values Love Trailblazing All Voices Bolder, Faster For Investor Audiences Only
Slide 8: Our focus: unmet needs common to many IgG-mediated autoimmune diseases
Our focus: unmet needs common to many IgG-mediated autoimmune diseases Improve symptoms and reduce uncertainty More data to guide a proactive approach Significant improvement in Quality of Life Variable time to response for existing treatments (e.g., older non-steroidal immunosuppressants) Challengi
Slide 9: IgG antibodies mediate autoimmune disease pathogenesis
IgG antibodies mediate autoimmune disease pathogenesis In many autoimmune diseases, IgG antibodies develop that can recognize and bind to normal tissues1 IgG targets may include cell-surface receptors or circulating proteins IgG autoantibodies trigger a harmful immune responses resulting in autoimmu
Slide 10: FcRn promotes recycling of IgG antibodies
FcRn promotes recycling of IgG antibodies FcRn Mechanism of Action IgG is taken up into cells in endocytic vesicle FcRn-IgG complexes are sorted from unbound proteins Unbound proteins are trafficked to lysosome for degradation IgG is recycled back into circulation FcRn maintains levels of IgG in cir
Slide 11: Batoclimab inhibits FcRn, promoting IgG degradation
Batoclimab inhibits FcRn, promoting IgG degradation Batoclimab Mechanism of Action IgG and batoclimab are taken up into cells in endocytic vesicles Batoclimab binds to FcRn in endosomes FcRn-batoclimab complexes are sorted from unbound proteins Non-receptor bound IgGs are degraded in lysosomes Batoc
Slide 12: FcRn inhibition has broad therapeutic potential
Our opportunity: FcRn inhibition has broad therapeutic potential 17 indications currently announced or in development across the anti-FcRn class ENDOCRINOLOGY Thyroid eye disease RHEUMATOLOGY Primary Sjogrens Syndrome Systemic lupus erythematosus Rheumatoid arthritis NEUROLOGY Myasthenia Gravis Chro
Slide 13: Potential for anti-FcRn technology to help a broad range of people
Potential for anti-FcRn technology to help a broad range of people impacted by autoimmune disease 2.3M+* PEOPLE Additional, potentially IgG-mediated autoimmune diseases EXPANDED OPPORTUNITY in US and EU INITIAL OPPORTUNITY in US and EU 364K* PEOPLE MG TED wAIHA Estimated number of people with autoim
Slide 14: Batoclimab has a potentially unique combination of attributes
Batoclimab has a potentially unique combination of attributes within the anti-FcRn class to address unmet patient needs Novel, fully human, monoclonal antibody inhibiting FcRn-mediated recycling of IgG Batoclimab Tailored dosing to address varying symptom severity across indications and stage of dis
Slide 15: Pioneering anti-FcRn technology to advance quality of care
Pioneering anti-FcRn technology to meaningfully advance the quality of care for people living with autoimmune diseases Novel, fully human, monoclonal antibody inhibiting FcRn-mediated recycling of IgG Batoclimab + + + + + + Intentionally designed to deliver potent IgG reductions via a standard sub-c
Slide 16: Pursuing a broad development program with batoclimab
Pursuing a broad development program with batoclimab Target Indication Phase 1 Phase 2 Phase 3 Anticipated Milestones Myasthenia Gravis (MG) Phase 3 initiation planned in first half of 2022; top line results expected in 2024 Thyroid Eye Disease (TED) Two of these four indications will be initiated a
Slide 17: Thyroid Eye Disease: An exciting opportunity
Pete Salzmann, MD Chief Executive Officer Thyroid Eye Disease An exciting opportunity Pre-Record
Slide 18: Fireside chat on Thyroid Eye Disease
Fireside chat on Thyroid Eye Disease Andrea Kossler, MD, FACS Director, Oculoplastic Surgery & Orbital Oncology Assistant Professor of Ophthalmology Byers Eye Institute @ Stanford University Bill Macias, MD Chief Medical Officer, Immunovant Sf immunovanr
Slide 19: Opportunities in Thyroid Eye Disease LIVE
Opportunities in Thyroid Eye Disease LIVE
Slide 20: Thyroid eye disease presents with a variety of clinical symptoms
Thyroid eye disease presents with a variety of clinical symptoms UNDERSTANDING TED: Also referred to as Graves’ Ophthalmopathy or Graves’ Orbitopathy (GO) due to close temporal relationship with Graves’ Disease Progressive disease marked by inflammation that can lead to fibrosis Clinical features ar
Slide 21: Patients with active TED report substantial impact on lifestyle and work-life
Patients with active TED report a substantial impact on their lifestyle and work-life Source: TED Patient Quantitative Survey (n=50) by Immunovant, 2022 46% None of the respondents stated that they make “no lifestyle modifications” around their TED 34% 20% Extent of lifestyle modifications >75% repo
Slide 22: People with TED prioritize different treatment goals
Not surprisingly for a heterogeneous disease, people with TED prioritize different treatment goals Source: TED Patient Quantitative Survey (n=50) by Immunovant, 2022 Most Important Treatment Goals to be Addressed For Investor Audiences Only
Slide 23: Thyroid Eye Disease Mechanism of Action
Thyroid Eye Disease Mechanism of Action George J. Kahaly, MD, PhD Professor of Medicine and Endocrinology/Metabolism hanes Gutenberg University (JGU) Medical Center Department of Medicine | ORPHAN Disease Center for Graves’ Orbitopathy and Autoimmune Polyendocrinopathy Sf immunovanr
Slide 24: Understanding Thyroid Eye Disease
Understanding Thyroid Eye Disease
Slide 25: Anti-TSHR autoantibodies drive Graves' Disease and TED
TSHR IGF-1R Anti-TSHR autoantibodies TED clinical presentation Ocular orbit Thyroid Thyroid follicle Orbital fibroblast Proliferation, differentiation IgG, immunoglobulin g; MOA, mechanism of action; TED, thyroid eye disease; TSHR, thyroid stimulating hormone receptor; IGF-1R insulin growth factor-1
Slide 26: Anti-TSHR autoantibody-mediated activation of orbital fibroblasts drives TED pathology
Anti-TSHR autoantibody-mediated activation of orbital fibroblasts drives TED pathology and clinical manifestations GAG, edema Diplopia, lid edema, optic nerve compression Differentiation Adipocyte Orbital fibroblast TSHR-DRIVEN PATHWAY (IGF-1R INDEPENDENT) Cytokines, hyaluronan Extraocular muscle sw
Slide 27: Anti-TSHR autoantibodies activate fibroblasts via TSHR and IGF-1R crosstalk
Within the orbit, anti-TSHR autoantibodies bind and activate fibroblasts via crosstalk between TSHR and IGF-1R Orbital fibroblast IgG TSHR IGF-1R β-arrestin 1 Hyaluronan TSHR- and IGF-1R-mediated pathways combine through crosstalk to induce synergistic hyaluronan secretion. While blocking TSHR inhib
Slide 28: Batoclimab's mechanism designed to inhibit FcRn
Batoclimab's mechanism of action is designed to inhibit FcRn, potentially fostering the degradation of circulating pathogenic autoantibodies Anti-TSHR autoantibodies are transported to the lysosome for degradation decreasing their levels in the circulation With batoclimab, FcRn is blocked from bindi
Slide 29: Batoclimab reduces pathogenic anti-TSHR autoantibodies
Batoclimab has been observed to reduce pathogenic anti-TSHR autoantibodies that drive Thyroid Eye Disease Ocular orbit Thyroid Orbital fibroblast X X X Batoclimab MOA ↓ IgG autoantibodies IgG, immunoglobulin g; MOA, mechanism of action; TED, thyroid eye disease; TSHR, thyroid stimulating hormone rec
Slide 30: Opportunities in Thyroid Eye Disease LIVE
Opportunities in Thyroid Eye Disease LIVE
Slide 31: Batoclimab in Thyroid Eye Disease
Batoclimab in Thyroid Eye Disease Exploratory analyses used to inform further development because trial voluntarily halted with inconclusive primary endpoint
Slide 32: Observed reductions in total IgG with 12 weeks of batoclimab
LLN: lower limit of normal. ULN: upper limit of normal. % changes are not a formal statistical output. Source: Data on File, Immunovant, Inc. The efficacy of batoclimab and clinical outcomes were deemed inconclusive, in part, because the study was terminated early. Observed reductions in total IgG w
Slide 33: Observed reductions in stimulatory anti-TSHR antibodies
Source: Data on File, Immunovant, Inc. 1SRR is the “Sample to Reference Ratio”. This cell-based assay readout is the ratio of the sample signal to that of a reference control; avalue less than 140 is considered negative for stimulatory antibody; a value greater than or equal, positive for stimulator
Slide 34: Post-hoc analysis of proptosis response at week 6
1 Proptosis response defined as proptosis reduction ≥2 mm in study eye, without ≥2 mm increase in non-study eye at same visit. Week 6 data selected as it represents the latest time point at which the largest amount of patient data is available prior to the voluntary pause Source: Data on File, Immun
Slide 35: Total muscle volume at 12 weeks post-baseline
CT: computed tomography. Represents all patients who had a baseline and week 12 CT scan, a subset of all study participants Source: Data on File, Immunovant, Inc. The efficacy of batoclimab and clinical outcomes were deemed inconclusive, in part, because the study was terminated early. Total muscle
Slide 36: Individual muscle volume at 12 weeks post-baseline
CT: computed tomography. Analysis conducted in the intent to treat population Represents all patients who had a baseline and week 12 CT scan, a subset of all study participants Source: Data on File, Immunovant, Inc. The efficacy of batoclimab and clinical outcomes were deemed inconclusive, in part,
Slide 37: Thyroid Eye Disease: An exciting opportunity
Thyroid Eye Disease An exciting opportunity
Slide 38: Many TED patients may benefit from a new therapy
7K – 18K total Many patients with Thyroid Eye Disease may benefit from a new therapy Addressable Population (US) Moderate-to-severe Incidence (15K-20K) Residual symptoms after teprotumumab (1K-5K) Controlled on teprotumumab Symptoms recur after teprotumumab (1K-6K) Initiate tepro More moderate sympt
Slide 39: Thyroid Eye Disease key take-aways
Thyroid Eye Disease key take-aways TED is a multi-faceted condition – presenting with a range of clinical manifestations and substantial impact on patient functioning and quality of life Data from batoclimab’s clinical program are encouraging for continued development in TED Batoclimab represents a
Slide 40: Myasthenia gravis: A multifaceted disease
Pete Salzmann, MD Chief Executive Officer Myasthenia gravis A multifaceted disease Pre-Record
Slide 41: Fireside chat on Myasthenia Gravis
Fireside chat on Myasthenia Gravis Pete Salzmann, MD ‘Chief Executive Officer, Immunovant Katherine Ruzhansky, MD, MS Clinical Neurologist, Associate Professor of Neurology and Director of the EMG lab at the Medical University of South Carolina ff immunovant Nicholas Silvestri, MD, FAAN the Universi
Slide 42: A Beautiful Life: An Unpredictable Journey with MG
A Beautiful Life An Unpredictable Journey with Myasthenia Gravis (MG) + Jonnie story —_ = -,. ff IMMUNOVAN
Slide 43: Myasthenia Gravis — a multifaceted disease
Myasthenia Gravis — a multifaceted disease Pete Salzmann, MD Chief Executive Officer, Immunovant ff immunovant
Slide 44: Phase 3 trial in MG designed to address unmet patient needs
Phase 3 trial in MG is designed to address unmet patient needs and differentiate batoclimab Flexible dosing to match disease fluctuations: Myasthenia gravis waxes and wanes over time; clinicians and patients desire a data-driven approach to optimize care over time Peace of mind over time: Chronic tr
Slide 45: Flexible Phase 3 design, a first for an MG trial
Flexible Phase 3 design that is common in immunology trials but a first for an MG trial Gain control INDUCTION PHASE Keep control MAINTENANCE PHASE Optimize control LONG-TERM EXTENSION (LTE) For Investor Audiences Only
Slide 46: MG Phase 3 trial design
MG Phase 3 trial design (N ~ 200) QW = weekly; Q2W = bi-weekly; SC = subcutaneous injection; AChR Ab+ = acetylcholine receptor antibody-positive; MG-ADL = Myasthenia Gravis Activities of Daily Living scale Placebo-controlled, two dose regimens: Period 1: Induction (12 weeks) Maximize efficacy throug
Slide 47: Warm autoimmune hemolytic anemia
Pete Salzmann, MD Chief Executive Officer Warm autoimmune hemolytic anemia Pre-Record
Slide 48: Disease state of Warm Autoimmune Hemolytic Anemia
Disease state of Warm Autoimmune Hemolytic Anemia David Tucker, MB ChB, BSc, MD MRCP, FRCPath Consultant Haematologist Blood Transfusion and Patient Blood Management Lead NIHR CRN Regional Subspecialty Lead for Malignant and Non-Malignant Haematology Royal Cornwall NHS Trust. Sf immunovanr
Slide 49: An Overview of Warm Autoimmune Haemolytic Anaemia (wAIHA)
An Overview of Warm Autoimmune Haemolytic Anaemia (wAIHA) Dr David Tucker MD MRCP FRCPath Consultant Haematologist and Research Lead for Haematology Royal Cornwall Hospital NHS Trust, Cornwall, United Kingdom
Slide 50: Conflicts of Interest
Conflicts of Interest Advisory Board – Roche, Abbvie, Novartis Conference attendance: Amgen, Takeda Warm Auto-Immune Haemolytic Anaemia (wAIHA)
Slide 51: wAIHA represents a complex and fascinating challenge
wAIHA represents a complex and fascinating challenge… An unpredictable and potentially life-threatening auto-immune disease caused by antibody-mediated red cell destruction. A rare disease with few large data-sets to guide management. Corticosteroids are usually effective but with significant toxici
Slide 52: Normal Red Cell Physiology
Normal Red Cell Physiology 100 – 120 day lifespan Travels 250km 3 layered elastic membrane allows erythron to “tank-tread” Warm Auto-Immune Haemolytic Anaemia (wAIHA) Normal red blood cell Red cell spherocyte For Investor Audiences Only
Slide 53: Warm Auto-Immune Haemolytic Anaemia (wAIHA)
Warm Auto-Immune Haemolytic Anaemia (wAIHA) Warm Auto-Immune Haemolytic Anaemia For Investor Audiences Only
Slide 54: wAIHA – Who is Affected?
wAIHA – Who is Affected? Causes Primary (Idiopathic) wAIHA (40-60% of cases) (Hill et al. Roumier et al.) Secondary wAIHA (50% of cases) (Hill et al. Roumier et al.): Auto-immune diseases e.g. SLE, ITP, Rheumatoid arthritis Lymphoproliferative diseases e.g. CLL, Lymphoma (NHL and HL) Infections (e.g
Slide 55: wAIHA – The Patient Experience
wAIHA – The Patient Experience Mild / Onset (Hb >10g/dL): often gradual with mild fatigue, breathlessness and mild icterus (jaundice) Moderate (Hb 8.0 – 10g/dL): breathlessness and fatigue on moderate exertion (climbing stairs), ankle swelling, palpatations, more obvious jaundice, dark urine. Severe
Slide 56: How do we manage wAIHA?
How do we manage wAIHA? Because wAIHA is a rare disease there are few large data sets to guide management which is mainly empirical and based on expert opinion. The cornerstone of management is immunosuppression with corticosteroids. Historically, the treatment-related mortality rate is 8 to 15% The
Slide 57: wAIHA Management – 1st line treatment
wAIHA Management – 1st line treatment Corticosteroids 80% of patients respond (Allgood et al. ; Zupanska et al.) Only 20% remain in remission when steroids are discontinued (Allgood et al. Roumier et al.) 40% can maintain control on long-term steroids but side effects are significant (Roumier et al.
Slide 58: wAIHA Management – beyond 1st line
wAIHA Management – beyond 1st line Rituximab (Monoclonal Antibody) (Maung et al. 2013; Michel et al. 2017; Birgens et al.) 70% of patients respond (about half of these respond completely); Median time to response 3 – 6 weeks; Relapses occur in 40-50% of cases after 30 months More than half of patien
Slide 59: wAIHA Management – beyond 2nd line
wAIHA Management – beyond 2nd line Splenectomy 70% response rates (but response unpredictable) (Barcellini et al.) Irreversible and not definitively curative Risk of severe infection after splenectomy (3 – 5%) which is life-threatening in 50% of cases (Roumier et al.) Venous thrombosis risk: ≥2% Por
Slide 60: Evidence for a need for new therapeutic options
wAIHA – Evidence for a need for new therapeutic options In studies of patients with wAIHA over 3 – 4 years: Less than half (47%) of patients remain in remission off treatment 25% of patients remain on low dose steroids 28% have ongoing disease and require higher dose steroids or other immunosuppress
Slide 61: wAIHA In Summary
wAIHA In Summary This is a rare disease with few large data-sets to guide management There is an unmet need because a large proportion of patients remain on immunosuppressive therapy long-term There is a significant side-effect burden for patients from long-term immunosuppression There is a lack of
Slide 62: References
References Allgood JW, Chaplin J. Idiopathic acquired autoimmune hemolytic anemia. A review of forty-seven cases treated from 1955 through 1965., Am J Med, 1967, vol. 43 2(pg. 254-273) Balague C, Targarona EM, Cerdan G, et al. Long-term outcome after laparoscopic splenectomy related to hematologic d
Slide 63: Thank you for listening
Thank you for listening Dr David Tucker Warm Auto-Immune Haemolytic Anaemia (wAIHA)
Slide 64: Cholesterol management
Bill Macias, MD Chief Medical Officer Cholesterol management Pre-Record
Slide 65: Relationship between CVD and Hypercholesterolemia
Relationship between CVD and Hypercholesterolemia The causes of cardiovascular disease (CVD) are multifactorial Modifiable risk factors: lifestyle (especially an unhealthy diet) tobacco use and sedentary habits, high blood pressure, diabetes and dyslipidemias Nonmodifiable risk factors: age, gender
Slide 66: The Theory of Circulating LDL and Causation of Atherosclerosis
Reduce LDL The Theory of Circulating Low Density Lipoproteins (LDL) and Causation of Atherosclerosis Healing lesion less likely to rupture or cause thrombosis - (fewer endpoints). For Investor Audiences Only
Slide 67: Elevated LDL-c over time associated with atherosclerosis development
Elevated LDL-c over time associated with atherosclerosis development For Investor Audiences Only
Slide 68: Support for LDL Causality in ASCVD
Support for LDL Causality in ASCVD Observational data Interventional data Genetic studies Experimental For Investor Audiences Only
Slide 69: Statins Reduce CVD Events—Trials in the 1990s
Evidence: Statins Reduce CVD Events—Trials in the 1990s WOSCOPS = The West of Scotland Coronary Prevention Study; CARE = Cholesterol and Recurring Events (trial); LIPID = Long-term Intervention with Pravastatin in Ischemic Disease; AFCAPS/TexCAPS = Air Force/Texas Coronary Atherosclerosis Prevention
Slide 70: Relation Between Reduction in Incidence of Major CVD Events and LDL-C
Boekholdt SM et al. J Am Coll Cardiol. 2014;64:485-494. Relation Between Reduction in Incidence of Major CVD Events and Mean Absolute LDL-C *Meta-analysis of 14 statin trials (CTT collaborators) Reduction in LDL-C level (mg/dL) Proportional Reduction in CHD Event Rate n= >90,000 >45,000 on statin >4
Slide 71: It Does Not Matter How You Lower LDL-C
We Have Observed That it Does Not Matter How You Lower LDL-C (Evidence from Mendelian Randomization Studies) ABCG5/G8 = ATP binding cassette subfamily G member 5/8; APOB = apolipoprotein B; CHD = coronary heart disease; CI = confidence interval; HMGCR = 3-hydroxy-3-methylglutaryl-CoA reductase; LDL-
Slide 72: Benefit Related to Absolute Reductions in LDL-C and Duration
We Have Observed That Benefit is Related to Absolute Reductions in LDL-C and the Duration of That Absolute Reduction CI = confidence interval; LDL = low-density lipoprotein. Ference BA, et al. Eur Heart J. 2017; doi: 10.1093/eurheartj/ehx450. 4S HPS WOSCOPS 80 60 40 20 40% 20% 30% 10% 0% CARE Propor
Slide 73: Match Intensity of LDL-C Reduction to Level of Risk
GUIDELINES Match the Intensity of the LDL-C Reduction to the Level of Risk in the Individual The Basis for Each Individual Consult in Every Clinic! Global guidelines identify four groups in whom LLT should be considered Established ASCVD Diabetes mellitus Primary LDL elevations >190mg/dL Primary pre
Slide 74: ACC/AHA Guidelines Define Four Statin Benefit Groups
Risk Stratification: ACC/AHA Guidelines Define Four Statin Benefit Groups Category Recommendation Clinical ASCVD Secondary prevention High-intensity statin if age ≤ 75 years Moderate intensity statin if age > 75 years or not a candidate for high-intensity statin Combination therapy if 50% LDL-C lowe
Slide 75: Low Absolute Risk: Number Who Benefit is Modest
In Patients with Low Absolute Risk the Number Who Benefit with LDL-C Reduction is Modest 8 mmol/L total cholesterol is about 320 mg/dl in these units For Investor Audiences Only
Slide 76: High Absolute Risk: Number Who Benefit is More Pronounced
In Patients with High Absolute Risk the Number Who Benefit with LDL-C Reduction is More Pronounced For Investor Audiences Only
Slide 77: Secondary Prevention: Patients with Clinical ASCVD
Secondary Prevention: Patients with Clinical ASCVD Clinical ASCVD Healthy Lifestyle ASCVD not at very high risk* Very high-risk* ASCVD Age ≤75 y Age >75 y High-intensity or maximal statin (Class I) High-intensity statin (Goal: ↓ LDL-C ≥50%) (Class I) If high-intensity statin not tolerated, use moder
Slide 78: Conclusions
Conclusions LDL-C is causal for atherosclerotic cardiovascular disease The risk is determined by the absolute levels of LDL-C and the duration of the elevation measured in years (i.e cholesterol-years) National guidelines have been developed to match the intensity of therapy to the absolute risk of
Slide 79: Cholesterol management: Healthy Volunteer study preliminary data
Cholesterol management Healthy Volunteer study preliminary data
Slide 80: Healthy volunteer study to measure LDL impact of statin with batoclimab
Healthy volunteer study initiated to measure LDL impact of concomitant statin therapy with batoclimab 680mg batoclimab dose with and without 40mg atorvastatin: Treatment Period 1 6 weeks *40mg atorvastatin dosing initiated 14 days prior to initiation of 680mg batoclimab dosing 680mg batoclimab QW SC
Slide 81: Healthy volunteer study preliminary data
Healthy volunteer study preliminary data Mean LDL cholesterol for first two cohorts of patients reflects impact of statin treatment on LDL cholesterol when co-administered with 680mg batoclimab Nominal Time (weeks post first batoclimab dose) *Note – 190mg/mL exclusion criteria in MG Ph3 study for ba
Slide 82: Key take-aways on impact of batoclimab on LDL cholesterol
Key take-aways on the impact of batoclimab on LDL cholesterol Mechanism is not unique to batoclimab Cholesterol changes are reversible Cholesterol changes expected to be manageable 1 2 3 LDL changes correlated with on target changes in albumin Dose dependent changes in LDL returned to normal with ce
Slide 83: Closing and Q&A
Closing and Q&A Normal lives for people with autoimmune disease Af immunovant
Slide 84: Path forward for Immunovant
Path forward for Immunovant Pete Salzmann, MD Chief Executive Officer What comes next
Slide 85: Broad development plan enabled by mechanism of action, features and balance sheet
Broad development plan enabled by an exciting mechanism of action, batoclimab’s features and a strong balance sheet 01 02 03 Immunovant remains on track to start three pivotal studies in calendar year 20223, and to announce two new indications by August 2022 As of December 31, 2021, per most recent
Slide 86: Investor Q&A
Pete Salzmann, MD Chief Executive Officer Renee Barnett Chief Financial Officer Bill Macias Chief Medical Officer Investor Q&A